HCA 459 ASH COURSE Tutorial/UOPHELP

For more course tutorials visit www.uophelp.com Organizational Survival Strategies. This discussion has two options. Please choose either Option A or Option B to respond to. Be sure to indicate within your post which option you chose. Option A: Hospitals frequently seek ways to ensure survival. Sometimes an adversarial climate cannot be avoided when the action that is being considered is controversial. For example, a hospital may seek to expand its market reach by opening an inpatient drug treatment facility in a small suburban township. The county where the township sits has seen a steady rise in heroin addiction, as well as an increase in hepatitis cases. As a manager, identify the three possible categories of clients within this new clientele network. Give at least one example of a client for each category and explain the reason for your decision. Option B: In this increasingly difficult economic environment, many organizations have been forced to take drastic operational and systematic measures to stay afloat and maintain their position within the community. If you were a health care manager leading an organization in which its financial, political, and/or social position was threatened, what survival strategies would you employ? Please choose at least three strategies from your textbook to discuss and thoroughly explain the rationale for your choices. The Challenge of Change. Change is usually positive, but it can also be difficult to embrace at times. Employees can be resistant to change, while managers may feel that it is necessary for organizational stability. Discuss the challenge of change as it relates to health care organizations. What is the overall impact of change on the organization, its employees, and its constituents, and what role does the manager play as an agent of change? In addition to responding to these questions, review the examples of successful change in your textbook and choose two examples to discuss in greater detail. What did you learn from these examples? In each case, how did the individuals overcome the barriers to change, and what were the resulting benefits? The Health Care Scene: Contemporary Trends. As health care leaders, it is important to understand that health care is quite a dynamic field. Its constant changes are a result of continuing trends in regulation, policy, patient and provider advocacy efforts, as well as increasingly sophisticated technology and industry benchmarking guidelines. Review the possible topics for your Senior Project located in the Senior Project prompt in Week Five, and decide what topic your training program will address. If you choose not to select a topic from the approved topic list, you must have your original topic approved by your instructor prior to submitting this assignment. For this assignment, assess the contemporary trends in health care and be sure to include all of the following: 1. Changes in client characteristics 2. Regulation of the health care industry 3. Reimbursement patterns and mandates 4. Restructuring of health care organizations 5. Impact of technology 6. Ongoing social and ethical factors Address the information above as it pertains to your selected topic, in an 8 to 10 slide PowerPoint presentation. Additionally, your presentation should cover the following concerns: Overall, why should health care managers be aware of these changes and trends? How will each of these trends impact the specific topic that you will address? The information in this presentation will later be used as part of your Senior Project to set the context for the audience you select for your training program. Your presentation must include detailed speaker’s notes for each slide as well as a minimum of one to two scholarly sources from the Ashford University Library and one to two current, scholarly web sources. Examples of scholarly web sources are available in this week’s recommended websites. These sources will also count toward the required sources for your Senior Project. Your presentation must be engaging and relevant to your audience. Lines of text on a slide will not be sufficient for this assignment. It should contain images, graphics, and/or multimedia that communicate your training program clearly to your audience. For tips on creating an excellent presentation, read this overview. Policy and Planning Constraints. Locate an example of a policy or guideline from an external source to a healthcare organization. Explain how this policy or guideline may be a constraint to a healthcare organization’s planning, or how it may shape the healthcare organization’s philosophy. For example, given that the American Academy of Pediatrics offers guidelines on child vaccinations, these guidelines might impact the ability of the healthcare organization to deliver services to newbornsand infants. Using a similar example, as well as the characteristics of effective plans as your framework, discuss how proper planning can help organizations in their future decision making. The Control Process. The control process involves three phases that are cyclic: establishing standards, measuring performance, and correcting deviations. Examine the manner in which health care leaders progress through each phase of the control process to manage organizations. What is the management function of controlling as related to performance improvement? What tools are used to measure and monitor performance? Please describe at least two functions and two tools in your response. Senior Project Summary. Write a short summary paper on the selected topic from Week One, which outlines your Senior Project. In your paper include the topic, your thesis statement, your research methodology, your decision-making process for choosing your resources, and at least three resources you will be using. The Senior Project Summary should be two- to three- pages (excluding title and reference pages) in APA format as outlined in the Ashford Writing Center. Your summary must contain the following: I. Title Page a. Anticipated title (this may change for the completed project) b. Your name c. Course name and number d. Instructor’s name e. Date submitted II. Introduction: Provide an overview of your selected topic and include your thesis statement. Identify the organization that you have chosen to address. Include why the issue of your selected topic is important to the healthcare administrators in your organization and to the healthcare industry in general. This should be about one-third of a page. III. Scope of the Senior Project: This section should summarize the content that will be addressed in the Senior Project. IV. Discussion: This section should be a brief but constructive and analytical overview of what was found in the scholarly and professional literature. In developing this section, it is important to demonstrate your understanding of the topic and the interventions. V. Conclusion: Provide a summary of the main points and direction of your project. VI. Reference Page Strategic Planning and Budgeting. Imagine you are considering the possibility of operating a small business or practice related to health care, either as a provider of some sort of care or as a service intended to support various provider organizations in their care-delivery activities. 1. Describe the kind of entity you plan to establish by stating the service or services you propose to deliver and the kinds of clients or customers you would be serving. 2. Write a few sentences offering compelling reasons for your proposed venture, explaining why you believe it is needed and by whom it is needed. Also discuss any competition you foresee. 3. Develop an estimate of how much money you will require to establish your business, and state how you would finance your venture. Also discuss your plans for maintaining your budget. 4. Create a mission or vision statement for your organization. Committees and Teams. Select either Option A or Option B to respond to and indicate within your post which option you chose. Option A: Identify what you believe are the top three challenges in setting up a hospital-based committee from a managerial perspective. In a 250- to 300- word post, discuss your rationale and address the following questions: 1. Why are committees advantageous for health care organizations? 2. What are some of the steps that you, as a manager, could take to overcome these challenges? 3. How would you address conflict and/or divisiveness within the committee or team? Option B: Committees have been determined as a necessary component to health care organizations. As a manager, you have been tasked to set up a committee with one of the hospital departments. In doing so, consider the following questions: 1. How much influence should the committee have in the overall management structure? 2. How would you maintain authority without adopting an autocratic leadership style? 3. How would you set up an employee team without violating union and labors laws? Senior Project Progress Report. Complete a one- to two-page report on the progress you have made to date on your Senior Project. Your report and any citations used must be in APA style as outlined in the Ashford Writing Center. Your progress report should cover the following: 1. Topic: Identify the topic that you have selected for your project and provide a brief explanation for why you have chosen this topic to address. 2. Organization: Provide a brief overview of the health care organization that you have selected for your project including a summary of the challenges and/or opportunities the organization is currently facing. How will your training be aligned to help the organizational leaders manage this challenge/opportunity? 3. Methods: What methods will you use to gather information on your client organization and the problem it is facing? You are welcome to use as many research methods as possible to obtain information for and about your organization and its managers (e.g., web-based resources, electronic articles, or personal interviews). The more informed you are, the better prepared you will be to complete your project. 4. Training: Identify the audience for your training program and provide a brief outline of the topics it will address. In your outline, include a minimum of three to five learning outcomes that are targeted for your identified audience. Specifically, what do you want your audience to know and/or be able to do after they have completed the training? How does this training program align with the overall challenges and/or opportunities that the organization is facing? Overall, how will the training program benefit the organization? Case Study: Authority and Leadership. Review the details of the case “Authority and Leadership: Rising From the Ranks” from your course text, and respond to the following questions: 1. Identify the potential advantages Julie might enjoy in becoming manager of a group of which she has long been a member, and contrast these with the possible disadvantages that might present themselves because she has long been a member of this group. 2. Describe how Julie will have to proceed in establishing herself as the legitimate possessor or supervisory authority on the unit, and describe the sources and forms of Julie’s authority. Motivation and Conflict Resolution. Select either Option A or Option B and indicate in your post which option you have selected. In any organization, regardless of the industry, some level of conflict and/or office bickering is inevitable and may have a damaging impact on productivity and motivation or morale. However, it is the responsibility of the manager to ensure that conflict is avoided whenever possible and, when it does occur, that it is handled in an appropriate and respectful manner. With this in mind, listen to the podcast, Stop the Medical Office Bickering and respond to your selected option. Option A: Case Study: A Matter of Motivation: The Delayed Promotion Review the details of the case above from your course text, and respond to the following questions: 1. Thoroughly analyze the likely state of your ability to motivate yourself in your new position. In the process, comment to whatever extent you feel necessary on your level of confidence in the relative stability of your position and how this might affect your performance. 2. Describe the most likely motivational state of your HIM staff at the time you assumed the director’s position, and explain in detail why this state probably exists. 3. Based on the podcast, what are some proactive strategies that management could have used to reduce the potential for conflict in this situation? Option B: Case Study: Charting a Course for Conflict Resolution: “It’s a Policy” Review the details of the case above from your course text, and respond to the following questions: 1. Develop the argument you would be advocating if you were in George Mann’s position. In a similar fashion, thoroughly develop the argument you would advance if you were in Sally Carter’s position. 2. Assuming the position of CEO, Jane Arnold, render a decision. Document your decision in whatever detail may be necessary, and include a complete explanation for your decision. 3. Based on the foregoing, outline whatever steps (e.g., policy changes, guidelines, payroll requirements, or something else) you believe should be considered to minimize the chances of similar conflict in the future. Communication Challenges. Select either Option A or Option B and indicate in your post which option you have selected. Option A: Compared to a non-healthcare organization, a manager must have a special skill set for communicating with health professionals and non professionals within a health care organization. What do you believe are those particular skill sets? What are the ethical, financial, and legal implications for communication within a health care organization? What are the some of the primary barriers to communication between a manager and his/her staff? Option B: Case Study: Your Word Against His Review the details of the case “Your Word Against His” in your course text. Describe in detail any options you could pursue to set the matter straight for all parties who received the wrong information, while incurring the minimum possible public disfavor by the vice president. In addition, describe what you think went wrong this in case. Where was the communication breakdown, and how could it have been avoided? The Health Professional as Manager. Select either Option A or Option B and indicate in your post which option you have selected. Option A: Imagine your colleague and friend, Jane Smith, has recently been promoted to department manager for your facility. You have worked side-by-side with Jane for the past ten years and can speak to her excellent skills as a health professional. However, Jane has no prior management experience and many of your co-workers are fearful that she does not possess the necessary leadership skills to effectively lead the team. You feel conflicted because you agree with your colleagues but you also have faith that Jane will do her best. Considering Jane’s situation, describe the dual role of the health professional as manager. What challenges do managers face when they make the leap from health care professional to manager? What are some of the common complaints to indicate the presence of ill-fitting management? Option B: Given the effort and creativity that you have put into your Senior Project for this course, use this discussion board as a forum to share your topic with your classmates. Provide a comprehensive description of the topic you chose, discuss your reason(s) for choosing the topic, and present some of the key information that you learned throughout the research process. For example, what did you learn about the role of management in influencing health care decisions? How do you think the future of healthcare will be impacted by your topic? Are there any current events and/or media stories that relate to your topic? Focus of the Senior Project To start, select one of the following approved topics for your Senior Project. You may also have a topic of your choice approved by the instructor in Week One. Many of the approved topics have specific subtopics outlined and, while these topics are not all-inclusive, they do provide insight into specific areas to consider. Approved Topics: 1. Examine how participative leadership functions in today’s modern health care organization and compare it to other types of leadership styles. Evaluate how each type of leadership style may impact organizational culture, employee performance, and how it may help or hinder the legitimacy of authority. 2. As an administrator, address the challenges of employee recruitment and retention of health care professionals. Additional subtopics may include trends in the nursing workforce, shortage of primary care physicians, staff turnover, retention, and staffing patterns. 3. Analyze the dual role of a manager and healthcare professional. Examine challenges that the health professional compared to those of a non-health professional, may face in terms of leadership style, and the impact these challenges have on organizational culture. The benefits of a health professional manager as an organizational resource may also be included. Explore the career trends of health professionals in organizational leadership positions, such as the types of health professional training that leaders tend to have in common, and the typical demographic background of health professional managers. 4. The health care industry must anticipate and monitor trends that could possibly affect its overall survival. Analyze how regulation of the healthcare industry impacts a health care organization. Explore some of the possible survival organizational strategies such as, but not limited to, mergers, and affiliations, achieving accreditation status, professional licensure. 5. Analyze the impact of technology on how health care services are delivered. The impact of technology on employee performance, organizational structure, and management planning may also be considered. 6. Analyze the impact of any recent social and/or ethical trends on the health care industry. Discuss at least two issues. After identifying your topic, choose a health care organization in your area. This organization may be small or large and may provide single inpatient health service or multiple outpatient services; it is your choice. Consider your topic in light of the leadership of this organization and research the challenges and successes it has faced in managing operational effectiveness. You are welcome to use as many research methods as possible to obtain information for your organization and its managers (e.g., web-based resources, electronic articles, or personal interviews). The more informed you are, the better prepared you will be to complete your project. Finally, develop a management training program that includes relevant guidelines and information to combat the issues identified in the selected topic, as well as recommendations for managers to more effectively lead health care organizations. Your training program should be in the form of a 20 to 25 slide PowerPoint presentation (excluding title and reference slides) that includes comprehensive speaker’s notes for each slide. Utilize at least three to five scholarly sources from the Ashford University Library and two to three current, scholarly web sources. All sources must be cited according to APA guidelines as outlined in the Ashford Writing Center. Your presentation must be engaging and relevant to your audience. Lines of text on a slide will not be sufficient for this project. It should contain images, graphics, and/or multimedia that communicate your training clearly to your audience. For tips on creating an excellent presentation, read this overview.

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CMGT 410 Ver.13 (Project Planning & Implementation)Entire Course

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Usefulness Of Internet Based It Project Administration Software Device As Well As Online Activity Management Program

Job Management Software is actually a straightforward Tool that helps Managers and the Team Members effectively strategy, manage and also carry out the other Tasks involved in each Project. All the Project Management Software is actually geared up to perform the features consisting of Statistics and also Reports, Manage Client Information, Projects, Tasks, Files, Contacts, Calendars, promoting Multiple Projects as well as Multiple Users Management. Deal with any type of venture efficiently, interacting all of essential information to your personnel through the web. Sorts of Project Management Software There are several forms of Project Management Software. It may be a desktop use and also this may also be a Web-Based Software Solution to make it possible for accessibility off remote sites as needed. This could be a personal setup enabling a few to access this or it could be a joint put together which would permit to get access to numerous users concurrently. These Project Management Software Solutions can easily benefit numerous sorts of companies. Web-Based Project Management Software is actually commonly labelled as the most up to date production top-level Project Management Software. In order to even further aid internet procedure from Management numerous companies have arrived up with Project Management Tools. Venture control System may assist you to manage your task effectively if the task needs payments of multiple people or even staffs utilizing a multi tiered progression plan along with in a designated time and also existing sources. It manages not only the component of task as spots intendeds however likewise manages the result of the team member in a comprehensive method. The remarkable perks of the internet based project control software are actually: ( a) That Helps the business fields in increasing efficiency as the Web-Based Software do not called for to become mounted. ( b) That hugely practical in preserving Multiple User Management, A Well-Organized Task Management Tool, Project Calendar and Email Notification. ( c) This also promotes in understanding from many reports and thorough data, giving the general broad view on job improvement. Selecting Right Project Management Software Project Management Software is created to enable you to take care of all aspects from your job needs to have efficiently. There are a variety of styles of this software application on call however most will definitely permit for complete monitoring coming from the starting through fulfillment. Right here are actually a number of the advantages that you can get out of a Project Management Software that you decide on. They are: * This must develop various projects and also tasks promptly as well as without effort * It needs to be basic, Easy to Use and also customer helpful also * That possesses the ability of working with a few of the absolute most complex from projects Keeping all these components in mind our team at Inventa Technologies have designed most recent era Online Project Management Software Tool which improves the performance of your work and also the joy of your customers by creating the job circulation fully clear to them. You can easily buy the program as well as multitude that your own self, or even subscribe for a regular monthly charge and also let our company have care of whatever. Regardless, our team'll give industry leading support if you need it as well as will certainly carry on to incorporate wonderful brand new Project Management System features like: 1. Easy Project Management 2. Several User Management 3. Generate Multiple Projects as well as Tasks 4. Protection and Access Rights 5. Files Upload 6. Schedule 7. Connects with Outcome: Project Management Software is actually a Web Based Tool which helps to create Multiple Projects and Multiple Tasks quickly and intuitively. Online Project Management Software appropriates for individuals and also for businesses that want an uncomplicated and helpful IT Project Management Tool.

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As a relatively poor country, India is not normally thought off as a nation capable of building a major presence

Assignment Solutions, Case study Answer sheets Project Report and Thesis contact aravind.banakar@gmail.com www.mbacasestudyanswers.com ARAVIND – 09901366442 – 09902787224 International Trade THE RISE OF THE INDIAN SOFTWARE INDUSTRY (20Marks) As a relatively poor country, India is not normally thought off as a nation capable of building a major presence in a high technology industry, such as computer software. In little over a decade, however, the Indian software industry has astounded its skeptics and emerged from obscurity to become an important force in the global software industry. Between 1991 – 92 and 2001 – 02, sales of Indian software companies grew at a compound rate in excess of 50 percent annually. In 1991 – 92, the industry had sales totaling $388 million. By 2002 they were around $8 billion. By the early 2000s, more than 900 software companies in India employed 200,000 software engineers, the third largest concentration of such talent in the world. Much of this growth was powered by exports. In 1985, Indian software exports were worth less than $10 million. They surged to $1.8 billion in 1997 and hit a record $6.2 billion in 2002, with some two-thirds of those exports going to the United States. The future looks very bright. Powered by continued export – led growth, India’s National Association of Software and Service Companies projects that total software revenues generated by Indian companies will hit $21 billion by 2008. As a testament to this growth, many foreign software companies are now investing heavily Microsoft, IBM Oracle, and Computer Associates, the four largest U.S. based software houses. Equally significantly, two out of every five global company new source their software service from India. Most of the current growth of the Indian software industry has been based on contract or project based work for foreign clients. Many Indian companies, for example, maintain applications for their clients, convert code, or migrate software from one platform to another. Increasingly, Indian companies are also involved in important development projects for foreign clients. For example, TCS, India’s largest software company, has an alliance with Ernst & Young under which TCS will develop and maintain customized software for Ernst & Young’s global clients. TCS also has a development alliance with Microsoft under which the company developed a paperless national share depository system for the Indian stock market based on Microsoft’s Windows operating system and SQL Server database technology. Indian companies are also moving aggressively into e-commerce projects. From almost zero in 1997,e – commerce or e-business projects now account for about 10 percent of all software development and service work in India and are projected to reach 20 percent within two years. The Indian software industry has emerged despite a poor information technology infrastructure. In 2000, India had just five personal computers per 1,000 people, compared to 588 per 1,000 in the United States, 32 telephone lines per 1,000 people compared to 700 per 1,000 in the United States, and Internet users numbered around 5 million, compared to almost 100 million in the United States. But sales of personal computers are starting to take off, and the rapid growth of mobile telephones in India’s main cities is to some extent compensating for the lack of fixed telephone lines. In explaining the success of their industry, India’s software entrepreneurs point to a number of factors. Although the general level of education in India is low, India’s important middle class is highly educated and its top educational institutions are world class. Also, India has always emphasized engineering. Another great plus from an international perceptive is that English is the working language throughout much of middle – class India – a remnant from the days of the British raja. Then there is the wage rate. American software engineers are increasingly scarce, and the basic salary has been driven up to one of the highest for any occupational group in the country, with programmers earning $90,000 per year. Programmers in India, in contrast, earn about $5,800 per year, which is very low by international standards but high by Indian standards. Salaries for programmers are rising rapidly in India, but so is productivity. In 1992, productivity was around $21,000 per software engineer. By 2000, the figure had risen to $65,000. As a consequence of these factors, of these factors, in 2002 work done in India for U.S. software companies amounted to $25 to $35 an hour, compared to $75 to $100 per hour for software development done in the United States. Another factor helping India is that satellite communications have removed distance as an obstacle to doing business for foreign clients. Because software is nothing more than a stream of zeroz and ones, it can be transported at the speed of light and negligible cost to any point in the world. In a world of instant communication, India’s geographical position between Europe and United States has given it a time zone advantage. Indian companies have been able to exploit the rapidly expanding international market for outsourced software services, including the expanding market for remote maintenance. Indian engineers can fix software bugs, upgrade systems, or process data overnight while their users in Western companies are asleep. To maintain their competitive position, Indian software companies are now investing heavily in training and leading-edge programming skills. They have also been enthusiastic adopters of international quality standards, particularly ISO 9000 certification. Indian companies are also starting to make forays into the application and shrink-wrapped software business, primarily with applications aimed at the domestic market. It may only be a matter of time, however, before Indian companies to compete head to head with companies such as Microsoft, Oracle, People Soft and SAP in the applications business. Answer the following question. Q1. To what extent does the theory of comparative advantage explain the rise of the Indian software industry? Q2. To what extent does the Heckscher – Ohlin theory explain the rise of the Indian software industry? Q3. Use Michael Porter’s diamond to analyze the rise of the Indian software industry. Does this analysis help explain the rise of this industry? Q4. Which of the above theories – comparative advantage, Heckscher – Ohlin, or Porter’s gives the best explanation of the rise of the Indian software industry ? Why? Assignment Solutions, Case study Answer sheets Project Report and Thesis contact aravind.banakar@gmail.com www.mbacasestudyanswers.com ARAVIND – 09901366442 – 09902787224

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Erpisto ERP Software Solution in Saudi Arabia

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Custom Software Development UK

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Bespoke Software Development UK

Bespoke Software Development UK, Bespoke Software Development Birmingham, Bespoke Software Development Glasgow, Bespoke Software Development Leeds, Bespoke Software Development Bristol, Bespoke Software Development Liverpool, Bespoke Software Development Sheffield, Bespoke Software Development Edinburgh, Bespoke Software Development Cardiff, Bespoke Software Development Leicester, Bespoke Software Development Stoke-On-Trent, Bespoke Software Development Bradford, Bespoke Software Development Coventry, Bespoke Software Development Nottingham, Bespoke Software Development Kingston-Upon-Hull, Bespoke Software Development Belfast, Bespoke Software Development Newcastle-Upon-Tyne, Bespoke Software Development Sunderland, Bespoke Software Development Brighton, Bespoke Software Development Derby, Bespoke Software Development Plymouth, Bespoke Software Development Wolverhampton, Bespoke Software Development Southampton, Bespoke Software Development Swansea, Bespoke Software Development Salford, Bespoke Software Development Portsmouth, Bespoke Software Development Milton Keynes, Bespoke Software Development Aberdeen, Bespoke Software Development Reading, Bespoke Software Development Northampton

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Custom Software Development London

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CDR Report Sample for Aeronautical Engineer PDF

EPISODE 1 Introduction My first career discussion is about the project that I did during my study towards Bachelor of Technology in Aeronautical Engineering at Institute of Aeronautical Engineering. The institute is an affiliate to the Jawaharlal Nehru Technological University, Hyderabad. The project the design and testing of the composite material for Aerospace application. I undertook this project between June 2006 and December 2006 at Institute of Aeronautical Engineering located at Dundigal, Hyderabad, India. My task was to demonstrate that I had understood what we were taught in class. Background Machining processes have grown in diversity, breadth and application over the last few decades. Evolution driven by manufacturing demand, material sourcing strategies and characterization as seen machining processes through a series of development stages. The application of composites in engineering materials’ manufacturing, assembly of automobiles, aircraft bodies, electronic gadgets, computer cases and household equipment like refrigerators imposes several mechanical property requirement on these composites in terms of strength, ductility, brittleness, delamination and more so surface roughness while retaining such properties during the drilling process, which is the most applicable machining process for composites, when jointing them with other parts for assembly of a complete machine/structure. In this project, I have investigated, designed, analyzed and optimized the effect of feed rate, drill bit angle and bit speed on the thrust force, entry and exit delamination of a reinforced composite. I have experimented and implemented the equations for use in designing drilling systems for a banana reinforced composites for aerospace applications. I had several objectives to achieve in this project, majorly drilling a good quality hole on a banana reinforced composite by optimizing the process parameters, to design and construct the composite, experimentally analyze the effect of input variables (speed, point angle and feed rate) on the thrust force, entry and exit delamination, to correlate the results obtained in the above experiments using Analysis of Variance, establish the equations relating the outputs to the inputs, to optimize the input parameters for minimum delamination of the composite with minimum thrust force, to examine the optimum machining processes for a banana reinforced composite, to specify the materials required in this experimentation, giving the hardware, processing machine, materials and software used in the analysis, to come up with a plan for the experiment and determine the number of runs required to collect sufficient data for the modeling. Figure 1. Organization chart As the team leader, I was tasked with the following major duties, roles and responsibilities among others, in the process of executing this project; Review, revise and rebuilt the processes needed for the system, to improve the overall efficiency of the system, reporting to the supervisor, the progress in the various stages. I had to identify the critical control stages in the experiment, verify the process stages, update and modify the system to ensure safety, liaise with the heads of departments to distribute information on the working of the new structures, modes of operation and expectations. Quantify, acquire and assemble the apparatus specified in the final design, to make up the system while managing the team of professionals who would be involved in the project, coordinating and establishing a team spirit to maximize their output. Analyze the samples made from the system, evaluate their mechanical and physical features. Personal Engineering Activity. In preparation to acquaint myself with enough intelligence for this project, I analytically reviewed reference materials, most of which were published papers by other scholars from where I got enough exposure in experimenting with composite materials meant for machining processes. I read books on statistics, correlation and mathematical modeling basics from my collection of undergraduate study books. I also arranged and held a meetingwith my supervisor, who induced me with important concepts, areas of interest in the project and guidelines for the execution of the same. Finally, I held a conversation with an experienced materials engineer, who informed me of the current customer focused aerospace application solutions for several composite materials, majorly challenged by their comparative costs for metals. I then collected lots of data from specifications given on natural fiber materials’ datasheets, including animal, plant and mineral fibers with bias on tensile modulus, elongation at break, tensile strength and density, which I processed and composed short notes, tables of properties, sources of the materials and manufacturing parametric. By interviewing several aerospace and avionic designers who usually make use of the composite materials for aerospace solutions, I made to design a fiber that would find a ready market. Visiting the ASTM D2124-99(2011) and D4275-17 on composite materials testing and standards gave me specifications for applicable composites in various fields. I then reviewed and analyzed the NIST standard codes for additive manufacturing of polymers and material testing codes i.e. NISTIR 8059. I then conceptualized the flow of processes that I would follow, and drafted a flowchart diagram that assisted me in modularizing the design Figure 2. Project processes flow design I specified the input parameters for speed (1000, 2000 and 3000) rpm, Feed rate (0.1, 0.2, and 0.3) mm, point angle (90, 104 and 118) degrees and the material specimen (I prepared fine fiber extracted from raw banana fiber, reinforced with polyester resin, cured at room temperature and appropriate pressure), from these, I had to optimize thrust force and delamination. I architecture and designed the experiment to the input levels mentioned above, a combination of 54 runs, optimized the desirability function numerically using design expert platform, derived a list of materials and then specified all the equipment required in the process. Afterwards, I positioned the CNC machine spindle, clamped the workpiece, tightened the drill bit connected the Kistler’s charge amplifier for signal transformation and interfaced this system with my PC, in which I had installed the LabVIEW software for data collection. I then drilled 54 different holes in the work piece, each on different input parameters as I had specified while collecting the data in the PC. During the design of the experiment, I made use of the following mathematical modeling and calculations; Dynamometer (signal transformation-sensor) force measurement ranges (kN) F_X=F_y=|5| Fiber weight fraction W_f=W_f⁄W_c Where; W_f is the total weight of fiber used in the composite and W_c is the weight of the composite. W_f=234⁄1974 W_f=0.1185 Delamination Factor (DF); DF=(〖(A〗_actual A_damage))⁄A_actual Where,A_actual is the actual area of the drilled hole and A_damage is the damaged area around the drilled hole. After completing the design and experimentation, I used a manual vision instrumentation and measurement system with a shop microscope of 0.1µm and a magnification of 0.75X, to take photos of each hole that had drilled on the composite material. I analyzed these photos on a MATLAB platform in aspects of enhancement, segmentation and restoration from where I got the accurate areas of the holes and the damaged areas around them, by using commands on the command line interface of this CAD tool such as imread, figure, pixval on, iminfo etc. The drilled coupon was as shown in the following figure; Figure 3. Labelled holes on the work piece. Many challenges abounded by my ways but one that touched my heart was the failure by the PC to pick up system signals into the LabVIEW. I restarted the computer to no avail, rearranged the setup once more, one component after the other but still there were no signs of response. I finally changed the RS232 protocol and used a new USB cable as the interfacing medium between the experimental system setup and the PC system, this sorted out the issue and the machines started communicating as expected. In this project, I have introduced several innovative procedures such as selecting polyester resin to form the compound required, have used LabVIEW for the data analysis rather that the cumbersome manual graphs while the CNC machine for drilling was effective in the aerospace and avionics system application perspective, since its widely used in industry. Analyzing the images on the MATLAB ensures accuracy since some of the fractures in the laminates are too tiny for the microscope. I have also outline prospects for future interests like circularity error, tool geometry and surface roughness examination using different drill bit diameters. These would provide full information to assist in economics of production and aerospace engineering materials selection/diversity. Computer Aided Design was highly useful methodology in this project, where I made use of Design Expert to schematically draft, characterize, optimize and create a robust experimental set up, that I simulated before setting up. I was highly aided by LabVIEW in taking readings, analyzing and graphing the data collected from the experiment, I also did the ANOVA and correlation regression using these raw facts. MATLAB was of great assistance in analyzing the images, segmenting them and restoring them. I characterized these images and made accurate measurements from figures drawn in this platform which made theexamination of the delamination effect an ease task. One more important task was to compile the report for this project and present its methodologies to the panel of examiners who would then evaluate my work and award me the mark, I wrote the report in the Oxford style, with citations, footnotes and references well organized. Contextually I included topics on project justification, literature review, design of experiments, experimentation, results analysis/final models and made recommendations for future works. I made slides on MS power point and using a projector, explained in details and within the time set thereof, all the processes and methodologies used in my project. I also composed a datasheet for the banana polyester composite material, which would be useful in designing and constructing/manufacturing aerospace products of its nature. I worked with diverse brains, collecting and gathering ideas, letting criticism from colleagues shape my thinking, re-designing concepts, comparing methodologies, listening to and internalizing case studies by other scholars, taking guidelines from my supervisor, making consultations to an experienced materials engineer, interviewing potential users of aerospace composite materials on the utility of the composite materials and making excellent presentations to the panel, all made a teamwork spirit that finally earned me the award of the labor in a shared success. I observed laboratory safety rules throughout the experimentation process, handling the equipment and apparatus with their respective precautions, care and cleanliness in mind. Working smart with electronic gadgets like the charge amplifier and adhering to the computer system HMI and interactivity provisions. I used the necessary PPE for the lab work, composite material prototype testing and properly handled the CNC machine. Environmentally, I played safe by using biodegradable products and properly disposed them off after documentation. Summary The decision reached on my reasoning, as far as this project was concerned, is that I reviewed literature in wide and diverse criteria, which gave me a great push in evaluating the methodologies possible for carrying out this project. I designed the experiments using mathematical as well as scientific approaches in modeling engineering projects that gave excellent result. Setting up and executing this project was the challenge that deserved my scientific intelligence and experimental skills, which I utilized to make a complete functional system. Image analysis techniques highly applicable in this project and with MATLAB assistance, I managed to extract the information required of the images as accurately as possible. Final mathematical models that I derived using regression and ANOVA analysis will serve as the basis for modeling components from banana reinforced composites in the process of utilizing them in the aerospace technological evolution. CAREER EPISODE 2 Introduction The second career discussion will be about the project that I handled on my final year during my undergraduate degree towards Bachelor of Technology in Aeronautical Engineering an affiliate to the Jawaharlal Nehru Technological University, Hyderabad. The project was the analysis of the Numerical Simulation of Kerosene Combustion for Cavity Based Scramjet Combustor. The project took place at JNTU, Hyderabad between December 2004 and February 2005.My task was to implement the project followed by preparation of the report and presentation. Background The aerospace sector has technologically evolved with new stringent requirements from the increasing aerospace working conditions that impose stringent structural design complications for these systems. Simulation facilities are finding wide application in the aero-systems manufacturing process due to their ability to minimize lead time, accurately model the solid geometries and reduced production costs. Simulation solutions thus are growing in terms of hardware, software and human-ware capabilities and capacities in pursuit for more efficient design and process optimization. Aeronautical and aerospace industries are in turn reaping from these benefits by setting up simulation facilities in their premises or even by outsourcing from experienced consultants. In this project, I designed a simulation model for a kerosene combustion for a cavity based scramjet combustor that we modeled. We derived the discrete phase and eddy dissipation models, capturing all the features of flow field. The objectives for this project were diversified in nature and majorly involved analyzing, designing, simulating and optimizing the kerosene combustion model for rapid development. Specifically, I had to evaluate several input parameters in the effect of the scramjet combustor, optimizing the kerosene combustion model. To examine the flame stabilization for sustenance of the combustion, to optimize the cavity based scramjet combustor design for aviation kerosene fuel, to specify the best input parameters for minimum drag losses, develop visual outputs for analyzing the combustion process, To examine depth of penetration in to the air stream for optimum mixture, to establish a simulation protocol for the model and specify the best simulation platform for various stages. I also had to inspect the customer specifications and march them in the model for applicability and lower rejection rates, I optimized the design for minimum cost and maximum economic benefit. Figure 1: Organization hierarchy used. My roles and responsibilities in this project were wide and covered among others; Analysis of the customer specifications, user needs and industrial standards for aerospace combustion systems for various applications, carry out an intensive study on the simulation parameters for the particular project and to utilize smaller liquid fuel droplets for faster evaporation methods, in the process of optimizing the design. Co-coordinating, organizing and managing the simulation process in an economical manner, updating my supervisor on the project progress, requisition of materials, tools and apparatus required in this project and general supervision of the simulation process. Design the kerosene combustion system, simulate it, optimize the performance characteristics, Quality inspection, system specification and model evaluation to ensure least drag losses, minimize defects and lead time, make up presentations to the examiners outlining all the steps involved, document and archive the project information. Personal Engineering Activity. To get started, I prepared well by extensively studying aviation fuel efficiencies, optimal combustion cycles and thermodynamic mechanisms, from books, notes and reference materials. I acquired relevant information from previous works on aerospace combustion system simulations carried out by other engineers, arranged for and held a meeting with a consultant aerospace system simulation engineer, with a wide experience in the field. I met with the customers and potential clients for scramjet products and held talks on the weaknesses and strengths of previous solutions. I then consulted the director of school for budget guidelines, product development lifecycle and resource allocations. Then I held a meeting with my colleague with whom we shared duties and agreed on the procedure and timelines. Together we reviewed NFPA 407 standards codes for aircraft fuel servicing and the ISO AS/EN 9100 Series of standard codes for aerospace, aviation and defense systems, that we in-cooperated in the modeling and simulation. Data collection was a vital stage of the project, in which I analyzed several standardization organization codes for aerospace engineering technologies, including the These codes assisted me in designing the combustion process, speed optimization, ensuring low losses at suitable temperature ranges and more so made the product industrially compatible. I gathered customer specifications from the users of this product from where I made notes on some input parameters. Finally I collected data from user manuals, datasheets and databases for related fuel combustion simulations that assisted me on the parameter inputs for the model. I then drafted the functional flow diagram for the scramjet engine in different stages as shown in the following figure. Figure 2. Cavity Based Scramjet Combustion Engine Schematic Diagram I then designed the system step by step, by deriving the structural model for the combustion engine including the supersonic intake, the diffuser, flame stabilizer, kerosene combustor and the nozzle. From the data collected, I specified the materials for each with high strength, light weight and less sensitive to temperature changes. I then computed the chemical reaction for the mass of the kerosene required for one cycle and thus the capacity of the tank depending on the flight time and Mach 5 speed. Some of the mathematical modeling and calculations I had to carry out in this project are as follows: Kerosene combustion equation C_12 H_23 17.05 O_2 □(⇒┴(High temperature) ) 12〖CO〗_2 11.5 H_2 O Where the symbols carry their usual meanings. The system average velocities for different technologies of these jets are shown in table 1. Table 1. Interrelated technologies and their respective average velocities System Average Jet velocity (M/s) Ramjet (Mach 2 at 36000 Ft) 1000 Ramjet (Mach 4 at 36000 Ft) 2000 Critical feeder gradient ∆H_Reaction=H_Product (T_Air-H_Product) Where; ∆HReaction = Heat of reaction, with H as a piecewise polynomial function of adiabatic temperature of air (TAir). ∏_d=P_02/P_OA ∏_b=P_04/P_O2 ∏_n=P_07/P_04 Where; ∏d, b, n are the pressure recovery at intake, pressure loss in combustor, pressure ratio in the nozzle and their product gives the overall pressure ratio. Some of the challenges I faced during this project execution included the wrong results from machined parts simulation model, which showed a wide discrepancy when I compared them with my expected values. I imported them as-cast part models and made allowances for expansion, shrinkage and drafting which made an excellent solution. More so the discrete phase based simulation model was insensitive to inaccuracies of the interfacial heat transfer coefficient. To solve such, I made a model which changed the computation of this coefficient with material, time, combustion ratio, stage and process, these values gave a wide variety of data for comparisons. After completing the design modeling, I made animations for the various stages of the development of the Scramjet kerosene combustion system simulation, acquired materials with the specified attributes and supervised a prototype combustor fabrication process. I tested this prototype for expected functionalities, mechanical properties and performance characteristics and found that it was working within its design limits. Figure 3.Casted bracket prototype product. Some of the innovative techniques that I utilized to achieve the desired results included making a heating model for production of the vitiated air by burning hydrogen and making use of a hydrogen ignition system for more efficient fuel ignition system, using reverse engineering with comprehensive benchmarking to simulate the effect of the combustor shape and fuel injector orientation elements in the quality of combustion by making comparisons of the observed measurements versus the expected characteristics of the model. I also coupled air composition and structural programmers to arrive at a solution that was more inclusive while making use of FEM and VEM based simulation at appropriate phases of the processes flow gave optimum results. I made good use of computer based analysis, modeling and simulation to come up with the product under consideration. I used MATLAB for mathematical equations and numerical modeling models for heat transfer combustion and pressure processes. The Flow 3D Software proved best in modeling the geometry of the engine skeleton, meshing and making dimensions in the 3D space. I used Autodesk CFD software in modeling the fluid dynamics and thus pressures achieved during experimentation. Lastly, I made slides in MS power point for presentations to the management, which I combined with animations of the skeleton strength, fuel injection and combustion simulations for the system, to clearly outline, characterize and demonstrate the performance of the product. I wrote the methods report and analysis reports in a more precise and clearly formatted documents that I saved in the student sever databases before printing the hard copies. Archiving the data in both hard and soft copies made flexibility and redundant data sources. I also composed a datasheet outlining the features, mechanical and performance characteristics of the Scramjet system. I also made drawings, images and photos from the simulation and prototypes for this project. Working closely with the supervisor and departmental team leads, I managed to achieve higher levels of success. Making consultations to an experienced aerospace system simulations engineer, interviewing potential customers on the utility of the products and making excellent presentations to the panel of examiners, all made a teamwork spirit that finally earned me the award of the labor in a shared success. I coordinated with supplies of materials and sourced all the necessary intelligence for this project in the right manner. I also ensured ethical standards set by the engineering society by doing my own work for intellectual property rights safety. Adherence to computer systems safety rules and regulations was the most important for security of simulation data for this product. I used firewalls to secure the simulation facility from internet threats and viruses that would infect the system and result to malfunctioning. Compressed files assured less disk space and avoided overloading the system. I also observed the aerospace system safety rules by providing protective gear to all the working team members in an environmentally friendly ecosystem. Waste disposal mechanisms were also conforming to the NEMA regulations. Summary. Briefly speaking the undertaking was fulfilling, we analyzed our data and information to specify the system performance expectations, designed, planned and simulated the scramjet kerosene combustion system in a successful process, which upon testing was working properly and within the specified limits. Having played a major role in this project design, simulation, optimization, testing and modeling, I was overwhelmed by the shared success. The evaluation rewarded us for commitment, timeliness effort and project management skills. The documentation was excellent enough and from my point of view this project will make great impact in the aerospace fuel combustion mechanisms, simulation technology and operational standards, in terms of intelligence, means of human machine interface and parts design. CAREER EPISODE 3 Introduction In my last career episode, I would like to discuss my engineering experience that I acquired while studying for the Masters of Technology in Aerospace Engineering at Indian institute of technology Kanpur. I gained this experience while handling the project titled “parametric investigation of a low aspect ratio dump combustor” between October 2006 and July, 2007.The project took place at the department of aerospace engineering Indian institute of technology Kanpur located in Kanpur, Uttar Pradesh. My task was to undertake the project followed by the preparation of report and presentation to the panel. Background The quality of propulsion systems used in propelling spaceships and aerospace vehicles as measured by their speed, efficiency, fuel consumption and cost. The propulsion system is partly reliant on several parameters of the combustion process such as chamber dimensions’ ratio, exit geometry, Reynolds number, axial combustion material velocity and its distribution and expansion ratio, among others. Systems recirculation profile, wall pressure, turbulence flow, length and strength quantities optimized with these variables as the inputs for efficient low aspect ratio combustor, are best suited for propulsion applications in aerospace environments. Simulations in this field has therefore gained momentum from researchers, due to the viability of such applications in the current aerospace combustion system technologies. In this project, I have analyzed works done previously by other scholars on the same field, designed, modeled, simulated and experimented on the optimization of the input parameters effect on the combustion. The main objectives in this project was to carry out a parametric investigation on the flow field inside in a low aspect ratio dump combustor, using mathematical and computational fluid dynamics modeling. Specifically, I had to design, model and analyze a low aspect dump combustor; To make a simulation model for examination of the system behavior; To analyze the characteristic of the velocities, turbulence and pressure distributions using computer aided design; Use ANSYS to analyze the distribution of stress on the metallic structure; to come up with dimensions of the structure with clear drawings, to specify the components required for construction of the combustor, to provide the power ratings and maximum load, give a safety allowance, to specify and select the most suitable fluid flow model to be used in this system; To give specifications for the material types and features and to consider optimizing and standardizing the product to conform to international standards such ISO codes and standards for aviation, navigation and exploratory space vehicles. Figure 1: The University organization structure used on this project In the process of implementing this project, I was obliged to perform the following roles and responsibilities among other assignments: Collection of data, analysis and extraction of relevant information on isothermal flow characteristics, burning operation and thermos-acoustic instabilities of typical dump combustor technologies that have been in use since inception and were related to the present project. Organize, coordinate and manage the project in consultation with my supervisors, guide and organize the execution process of optimizing this project and to make economic decisions concerning the system implementation. Design the structure needed to perform the expected functions while sustaining its strength and withstanding excess pressure to a certain safety factor, model the system to examine its real life behavior and evaluate its validity Analyze the designed structure to show its operational, structural and functional capabilities, performance characteristic and limits. Personal Engineering Activity. To groom myself for the startup, I organized a meeting with my academic adviser and guide who gave me several innovative techniques, helped me schedule the timelines for the project and highly motivated me. I also held a meeting with the director of aerospace engineering department for postgraduate studies, who was the chief provider of all the resources that I needed in the process of executing the project. I then read widely on text books and electronic materials on flight engine technologies, mechanics of machines, fluid mechanics, solid and structural analysis and more so on computer aided design. I then reviewed several ISO standard codes-ISO/TC 20 SC10- with much effort and bias on the fluid systems related codes such as ISO 16031-1:2002; ISO 19631 for aerospace fluid systems components and fittings. I then collected data from user manuals, datasheets, brochures and labels of various combustor technologies, which I sourced from the websites of the aerospace systems manufacturers. Interacting with designers, simulations and airframe engineers of these technologies, I identified weaknesses of the current technologies, frequently occurring faults, maintenance schedules and troubleshooting procedures. I then gathered specifications for inputs and outputs by processing these data into information, relevant to my current project. I then began the design work by drafting a schematic block diagram to illustrate the component functions and overall interconnection of the whole system as shown in the following diagram; Figure 2. Combustion System Schematic Circuit Diagram I simulated the design in a simulation platform i.e. ANSWER package, where I carried out the computational fluid dynamics, by grid arrangement, I divided, discretized and derived algebraic analogues of aerodynamic equations on a numerical basis, which I solved using matrix solver. The mathematical modeling that I carried out in the process of coming up with this model, were diversified as follows; Shear layer velocity ratio; ʎ=(U_1- U_2)/(U_1 U_2 ) Where U1 and U2 are the stream velocities in the two layers and ʎ is the shear layer velocity ratio. Mach number; M_c=(U_1- U_2)/(a_1 a_2 ) Where a1 and a2 are the sound speeds in the two streams and Mc is the Mach number. Combustor model function; Combustor=f(S/H,L/H,Z_s/H,G/H,T/H) Where, H=flow channel height, S=step height, L= combustor length, Zs =Span-wise combustor dimension, G= suction gap height and T= trailing edge thickness Continuity equation; (∂⍴)/∂t (∂(⍴V))/∂r ((⍴V))/r (∂(⍴U))/∂z=0 Where, r=radial coordinate, z=axial coordinate, V= radial velocity and U=axial velocity After the design, I made a model in the ANSWER platform, which I used to do the finite element analysis. In this analysis of the model, I divided the finite element analysis into three phases i.e. pre-processing (where I applied initial conditions and material properties), solution (derived matrix solutions) and post-processing (where I checked the model validity). I then focused on variance of the expansion ratio for different pressure, correlation between combustion chamber length to diameter ratio with pressure variation, establishing a relational model between expansion ratio and the re-attachment length. I also studied the static and stagnation pressure distributions. A challenging situation that I had to solve was in the design of the diameter of the combustion chamber. Initially, I had used the optimum turbulence model dimension that gave me a diameter that never worked within my expectations, on the combustion field model. I decided to review some more literature, and research for a better formula. The K-ԑ modeling was one solution that gave a wide varied answer to this question, considering the required turbulence for optimum combustion, the new calculation gave a diameter, which seemed more appealing and once simulated in the model worked well within specified limits. Using trial and error, I also settled on the same specification. During the project design, I made use of various software tools including Pro-Engineer software that I used to do the solid/structural modeling, to obtain 3D drawings for documentation and assembly of components simulation, I also managed to animate the product over this platform. I was aided by ANSYS to innovate my design, to lower costs, optimize performance and minimize prototyping. ANSWER package was the major simulation platform for the mathematical modeling, solutions of formulation equations and more so the evaluation of the low aspect ratio combustor parameters in the flow field, by varying some and making observations that I used to correlate the various variables. Innovative techniques that I introduced in this system were diverse, I made the compressor control mechanism in a forward- reverse button based actuation, which allowed for fluid flow into and out of the combustor by a simple press of a button. I also made provision for a thermal overload to isolate the electrical motors from faults related to temperature as had been specified in their datasheet. Choosing a simulation model for analysis was the key to ensuring better results and cost effective project lifecycle, other than constructing a complete jet engine for investigating such number of parameters. The project widened my experience and knowledge in the fluid mechanics, elementary mechanics of machines and structural design. I learned several hands-on skills on project management, statistical analysis and formulation of models for computer aided design. I also learned how to make economic decisions from safety and engineering points of view. And got an opportunity to apply knowledge that had learned in my undergraduate and postgraduate studies. It was also my assigned duty to document the design, modeling and analysis of the system, the presentations I drafted in MS Power point and projected during meetings were highly effective in making the stakeholders understand the research interests, operational details and economic viability of the project. I compiled a report justifying the project and detailing all the drawings we had schemed, the specifications of the product design and its practical performance. To ensure user friendliness, I made a simple animation, showing how to operate the combustor optimally, with precautions and troubleshooting for most likely fault occurrences. As the team leader for this project I had to ensure team spirit was maintained throughout the process, giving each member an equal opportunity to contribute their ideas, showcase their imagination, share knowledge and more so focusing on the main objective. The consultations we made collectively and the meetings I organized, were all driven and enabled by my ability to interrelate the stakeholders, in a free and respectful way, while coordinating the presentation and managing time schedules as guided by my supervisor. Of most importance was the safety regulations adherence. I followed the provisions made in the America Society of Mechanical Engineers, observed machine operations regulations, provided and made use of PPE suitable in implementation of this project, ensured quality materials were used to make standard product with limits of chemicals and structural composition, as outlined and specified in the design and made sure I did my own work, to safeguard intellectual property rights by acknowledging, in my references, any foreign material that assisted me in this research. Summary. In a few words, I would say this project was a great success. Excellent design, properly organized, timely planned and optimized for the betterment of aerospace fuel combustion and power utilization efficiency. I thank the members of the department, academic advisor, lab-mates and thesis supervisor, for restless support, great effort and more so, for the teamwork that made me proud of my abilities. The documentation, presentation and demonstration were all well done in the correct format. SUMMARY STATEMENT FOR PROFESSIONAL ENGINEER Competency Element A brief summary of how you have applied the element Paragraph in the career episode(s) where the element is addressed PE1 KNOWLEDGE AND SKILL BASE PE1.1 Comprehensive, theory-based understanding of the underpinning natural and physical sciences and the engineering fundamentals applicable to the engineering discipline As an aerospace Engineering, I applied all the relevant knowledge, skills, theories, assumption that were related to my career. The knowledge that I applied were related to physical and natural science. CE1.7, CE1.8, CE1.9, CE1.10, CE1.11, CE2.7, CE2.8, CE2.9, CE2.10, CE3.7, CE3.8 CE3.9, CE3.10, CE3.11, CE3.12, CE3.13, PE1.2 Conceptual understanding of the mathematics, numerical analysis, statistics and computer and information sciences which underpin the engineering discipline I leveraged on my knowledge in Aerospace engineering to performed the calculations that helped me in my projects I applied the softwares relevant to aerospace to successfully implement my projects I gathered relevant information before the start of the project for me to get the basis CE1.10 CE2.9, CE3.9 CE1.14 CE2.10 CE3.12 CE1.6 CE2.6 CE3.6 PE1.3 In-depth understanding of specialist bodies of knowledge within the engineering discipline I study and prepared myself after being assigned the projects so as to be ready on what I was expected to do. I leveraged on the Aerospace engineer knowledge to guarantee the quality of my projects. CE1.5 CE2.5 CE3.5 CE1.3, CE1.7-9 CE2.3, CE2.7-9, CE3.3, CE3.7-10 PE1.4 Discernment of knowledge development and research directions within the engineering discipline I review the relevant standards and codes because the project was to meet international standards . I collected all the information that I wanted before the inception of the project to have the basis of implementation. CE1.6 CE2.5 CE3.5 CE1.6, CE2.6, CE3.6, PE1.5 Knowledge of contextual factors impacting the engineering discipline I embraced teamwork because I knew the benefits in terms of sharing ideas and timely delivery. Safety was big consideration in my project because I know their impacts when it comes to engineering project. I communicated in official languages during the preparation of documentation to avoid language barriers. CE1.16, CE2.15, CE3.16, CE1.17 CE2.16 CE3.17 CE1.15 CE2.14 CE3.15 PE1.6 Understanding of the scope, principles, norms, accountabilities and bounds of contemporary engineering practice in the specific discipline As an ethical aerospace engineer I incorporated safety consideration in implementation of my projects. I was aware of all the codes that I followed in my projects. I understood the scope of my projects as per the projects objective that I decided from the beginning. CE1.17, CE2.16 CE3.17 CE1.6 CE2.5, CE3.5, CE1.3 CE2.3 CE3.3 PE2 ENGINEERING APPLICATION ABILITY PE2.1 Application of established engineering methods to complex engineering problem solving I used the research method to solve the challenges that I encountered and when I wanted to know more about my project. I applied mathematical calculations when I was determining some specification of various elements in my projects. To avoid problems like rejection of my projects, I ensured I complied to all relevant standards and codes CE1.12, CE2.10, CE3.11, CE1.10, CE2.9 CE3.9 CE1.6, CE2.5, CE3.5 PE2.2 Fluent application of engineering techniques, tools and resources I applied my skills in data collection and management when I was looking for information for my projects. I utilized both safety tools and resources to minimize the injuries to people and to protect environment I am fluent in aerospace technology that I applied in my projects. CE1.6 CE2.6 CE3.6 CE1.17 CE2.16, CE3.17 CE1.7-10 CE2.7-11 CE3.7-9 PE2.3 Application of systematic engineering synthesis and design processes I improved my design process by using the latest engineering softwares. I documented all the relevant project’s information for records keeping and passing information. I implemented the project within my roles and responsibilities to ensure I met all the design objectives. CE1.14 CE2.13 CE3.12 CE1.15 CE2.14 CE3.15 CE1.4 CE2.4 CE3.4 , PE2.4 Application of systematic approaches to the conduct and management of engineering projects I was responsible for organizing meetings related to my project. I teamed up with my colleagues in implementing my project because of the wide scope. CE1.5, CE1.16, CE2.5, CE2.15 CE3.5, CE3.16 CE1.15, CE2.15, CE3.16 PE3 PROFESSIONAL AND PERSONAL ATTRIBUTES PE3.1 Ethical conduct and professional accountability I empowered and respected members of my team to prevent any form of conflicts I always confirmed my designs by performing the numerical calculations. As an ethical Engineer, I ensured there was safety consideration from all the perspectives of the projects. CE1.16 CE2.15 CE3.16 CE1.10, CE2.9, CE3.9, CE1.17, CE2.16, CE3.17 PE3.2 Effective oral and written communication in professional and lay domains I am good communicator as shown by the documents that I prepared in English language. I held discussion and meetings where the mode of communication was oral . CE1.15, CE2.14 CE3.15 CE1. 5, CE2.15, CE3.15 PE3.3 Creative innovative and proactive demeanor I have proactive demeanor as per the easy adoption of the use of latest Engineering softwares. I introduced innovative techniques and procedures in my projects. CE1.14 CE2.13 CE3.12 CE1.13 CE2.12 CE3.13 PE3.4 Professional use and management of information I review the relevant project information after being assigned the projects. I collected all the relevant data that enabled me to start their implementation. CE1.5 CE2.5, CE3.5 CE1.6 CE2.6 CE3.6 PE3.5 Orderly management of self, and professional conduct As a professional Engineer it was my norm to follow all the relevant standard and codes in my projects. I managed myself well during the implementation by developing the project’s objectives CE1.6 CE2.5 CE3.5 CE1.3 CE2.3 CE3.3 PE3.6 Effective team membership and team leadership I was good team player, member and team leader in my projects because I was the responsible person. . CE1.16, CE2.15, CE3.16

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Sample CDR Report for Electrical Engineer PDF

Career Episode 1 Introduction CE 1.1 My first career episode is based on my project ‘GSM Based Substation Load Switching’. This project was my graduation project. During the rime, I was studying Bachelors of Electrical Engineering from the Jawaharlal Nehru Technological University. I spearheaded the project from Month/ Year to Month/ Year. The project was based in City/ Country. Background CE 1.2 This project was about reducing the power instability in residential and office premises. The project involved operating the loads with micro switches to avoid huge switchgears in some of the switching systems. The use of digital phase selection systems allowed the relay to trigger according to phase selection. Automation in phase selection was needed in the areas where power consumption was more. CE 1.3 The prime objective of this project was to develop a digital phase selector that acted as a backup power supply if any of the main lines failed. If in single phase lines any line failed, the power was transferred to the remaining two lines. The scope of this project was to create a device that mainly reduced the wastage of power and time. The switching was achieved using high frequency technology that utilized infrared radiation. IC MCT2eE was responsible for the switching action and capable of reducing arcing which occurs in three phase lines due to mechanical switching. Transistors and MOSFETS provided the required trigger pulses for switches. The project was mainly intended to operate devices like fans, lights, motors, etc. via a GSM based mobile phone. The important components of this system were; GSM modem, sensors (temperature, current, voltage), switches like the relay switch, and themicro controller was the brain of this system. This project worked in two stages. First, the micro controller was programmed to send a particular format of SMS to the GSM modem from mobile phone which was fed as input to the micro controller. In the second stage, a return feedback message was sent to the mobile from GSM modem and the temperature at the place where the devices were being operated was obtained. CE 1.4 I carried out below mentioned activities and tasks during the project; Prepared a work schedule to compete for all the tasks timely Studied scholarly articles and publications to get the basic knowledge of automated load switching Studied electronic circuit design books, watched online tutorials and got help from professionals to strengthen my circuit designing abilities Built three types of relay driver circuits using basic engineering knowledge Distributed the tasks evenly among all team members to ensure smooth progress of the project Reported the issues encountered and prepared proposals to resolve those issues Recorded experimental results and waveforms along with other calculations to get them approved by the project supervisor Presented the final report and presentation and amended them according to the instructions of the project supervisor and coordinator CE 1.5 Hierarchy of the project is given below; Personal Engineering Activity CE 1.6 Before initiating this project, I developed a strong understanding of the project scope. I studied a number of publications and research papers to strengthen my theoretical knowledge. Using online and offline sources, I devised various circuit diagrams for testing and choosing the best one. I also prepared a project schedule to carry out all the tasks in an efficient manner. Then I arranged a kick off meeting with my team in the presence of the project supervisor and coordinator. I discussed my initial research with them and shared the schedule and circuit designs. In return, they gave their views which I took in consideration. My team members also shared their research and we worked with mutual consent. The project coordinator broke down all the tasks and I distributed them to each team member. I followed the engineering accountabilities for keeping the design as per the standard requirements. I followed the IEEE standards while carrying out design activities. Apart from this, all the material used was complied with RoHs. CE 1.7 During this project, I designed a circuit for soft switching which consisted of cable connectors, toggle switches, relay drivers, bases with ICs, pull up and pull down resistors, and PNP transistors to turn on and off. I used only one octal D-type latch and IC 74LS373. The circuit that I built had multiple features. The first feature was an individual on/off control. For turning on theaction, the switch S1 was pressed and a low logic was sent to data input pin D0. The same level appeared at the data input pin Q0 because I connected the latch enable pin LE (active high) to Vcc and used resistor R9 to pull down the output enable OE (active low). After releasing S1, Q0 returned to the low state and this level implied that transistor T1 would turn on with the help of diode D9 and activate RL1. LED1 also glowed to indicate that channel1 is on because of the LED indication feature of this circuit. The switching off action works in the same way when RL1 is deactivated. I assigned another emergency off control feature to the emergency switch S17 which disabled all the outputs of IC1. The immediate on control feature worked upon pressing S18 which applied low logic to data inputs D0 and D7 using D17 and D24. To control more devices, similar circuits can be built and cascaded. CE 1.8 To stop the major problem of power interruption in thedistribution system, I used digital phase selector in combination with an inverter to perform automatic switching. In a digital phase selector, the phase sensing/ switching block, control logic block, relay driver section, and power supply unit got simultaneous signals so it was hard to understand which block operated first. I used an inverter to give power to the digital phase selector which was more reliable and did not need any manual operation. When the system operated normally, the inverter was fully charged and in the case of any fault, it provided backup. The NOT gate in the inverter sent a low signal to the relay driver under faulty situations and the relay powered the next unflawed line. In this way, I managed to protect the single phase load. In the case of a three phase fault, all the phases became unavailable so I used another port of the relay driver to make aseparate connection toalternate power sources like inverter or battery. CE 1.9 In the duration of this project, I also designed a relay driver circuit to drive DC relays. For this purpose, I used DC voltage rating as specified on relay’s data sheet and a zener diode. I used the zener diode to eliminate high voltage spikes from the relay circuit when the relay opens and closes. The coil of a relay acts as an inductor so to understand the effect of large current across the coil, I used the mathematical relation V=LdI/dt. To prevent the circuit from any damage caused by transient voltage spikes, I placed a reverse biased diode in parallel to the relay. In this way, the diode conducted current in reverse bias when the voltage was about to cross a certain threshold and grounded excess voltage. I used a relay with a9V rating so I fed 9V DC to the resistor. CE 1.10 In the same way as DC relay driver circuit, I built an AC relay driver circuit. I supplied AC power to the relay as per the specifications in relay’s datasheet. Unlike DC relays, here I could not use a diode as a transient suppressor because AC power alternated after each half cycle. Using two reverse biased diodes in parallel was also worthless because the current did not reach the coil of the relay. To resolve this issue, I placed an RC series network across the coil in parallel. The capacitor absorbed excess charges and the resistor helped in discharging them. In this way, I designed an AC relay driver circuit that turned on and powered the loads effectively. CE 1.11 Using my incredible technical and circuit designing skills, I designed another relay driver circuit that utilized arbitrary control voltage (AC/DC). This circuit was efficient because it did not use datasheet rated voltages as it contained a transistor which amplified the current leading from base to emitter so the relay required much less power to operate. The components I used were a 6-9V relay, 2N2222 transistor, zener diode, 1KΩ resistor, and 9V battery or DC power supply. As no voltage/input current was applied to the transistor's base lead, the transistor's emitter-to-collector channel was open and it blocked current flow through relay's coil. However, if rated voltage and input current were applied to the base lead, the transistor's emitter-to-collector channel opened allowing the current to flow through the relay's coil. CE 1.12 Another task that I accomplished during this project was to prepare a Rectangular Pulse Excitation – Long Term Prediction (RPE-LTP) coding scheme used by GSM. I sampled the voice signal at 8000bits/sec and quantized it to get a 13bit resolution corresponding to a bit rate of 104kbits/sec. I gave this signal to a speech coder (codec) which compressed this speech into a source-coded speech signal of 260 bit blocks at a bit rate of 13kbit/sec. When the codec achieved a compression ratio of 1:8, the Voice Activity Detector (VAD) present in the codec decided whether to turn on or off the transmitter under the control of the Discontinuous Transmission (DTX). The DTX helped in reducing the power consumption and increasing battery life. The Silence Descriptor (SID) replaced the missing speech frames by synthetic background noise and the frame flagged as a Bad Frame Indicator (BFI) was discarded. CE 1.13 Circuit designing requires the use of various formulas so I used some of them to justify my design. I performed calculations to meet the required specifications of each component to get the desired output. I used Kirchhoff’s Voltage and Current Law and Ohm’s Law to solve the circuit with respect to each node and loop. Moreover, I calculated desired values of resistances, capacitances, and inductances using basic electronic circuit formulas. CE 1.14 The project put my technical abilities to test and I succeeded in achieving every task using my prior engineering knowledge. I took guidance from various web resources, journals, books, and tutorials. If I faced any difficulty, I always informed the project supervisor and other team members. Good communication helped us to come up with an effective solution. I also attended various conferences and seminars on simulation software during the project which improved my circuit simulation skills. CE 1.15 I made sure that all the project activities were carried out following the on health and safety procedures. I advised my team to take every necessary precaution while dealing with electrical equipment. As we were dealing with three phase 415V supply, manual changeover could lead to fire accidents so I prioritized the installation of the digital phase selector so that none of the lives were risked. I ensured that the diodes were rated to handle the current equivalents, supplied to them, before giving power to the circuit. I took safety measures such as the installation of thefuse in the circuit to prevent any damage to it. I made sure that the scrap materials and failed components were disposed of to keep the working area clean. CE 1.16 In this project, I used Proteus software to carry out circuit simulations and verify my calculations. Software simulation was necessary to test whether or not the components with an estimated value could be used to provide the desired output before actually purchasing them. I also used the Microsoft Office Program to record results, prepare a report and presentation. CE 1.17 Throughout this project, I accomplished my tasks as a responsible team member. I kept interacting with my team at all times to motivate them. I monitored the progress of the project to make sure everything was going smoothly. I simulated the circuit on simulation software before ordering the components to save extra costs. I arranged weekly group meetings with my team members to discuss various project matters with them. The outcome of each meeting and the project progress was reported to the project supervisor. In the final meeting, I presented the project in front of all the team members, project supervisor and project coordinator. Summary CE 1.18 The project of GSM Based Substation Load Switching was a great success for me as it proved to be an alternative source of power backup for the utility supply on which most industrial and commercial applications were dependent. I was able to accomplish it on time which made it even more praiseworthy. This project featured all the hardware components that were reasoned out and placed carefully, thus contributing to the best functioning of the unit. It gave me an environment to groom myself in the field of engineering. It also improved my social interaction and dealing skills. My company recognized me for my quality performance and efforts that I put into this project. CE 1.19 The future aspects of this project can be extended using GPRS technology. This will help in sending the monitored and controlled data to any place in the world. The temperature controlling systems like coolant can also be used in places where maintenance of temperature level is needed. Industrial equipment can be supervised from our personal computers by connecting wireless camera by using GPRS and GPS technology. Automated switching of the devices can be carried out using personal computers making everything so convenient. Career Episode 2 Introduction CE 2.1 In this career episode, I have explained my project of Direct Torque Control in Induction Motors. I worked on this project during my four-year Bachelor Degree at ------------- university. The project was started in Month/ year and completed in Month/ Year. The project was based in City/ Country. Background CE 2.2 Induction motors are important to initiate the design of an electrical drive system that is useful for industrial purposes. The amalgamation of power electronics and numerical electronics has made it possible to achieve axis control with controllable speed in low power applications. Various command approaches have been developed by the scientific community to master in real time, the flux and the torque of the electrical machines, the direct torque control (DTC) scheme being one of the most recent steps in this direction. This method provides fine regulation features without rotational speed feedback. In this control scheme the electromagnetic torque and stator flux magnitude are estimated with only stator voltages and currents and this estimation does not depend on motor parameters except for the stator resistance. CE 2.3 The main objective of this project work was to develop; a control method in order to achieve superior dynamic response and fast torque response and a controller having low inverter switching frequency, low harmonic losses, and high efficiency. The DTC controller designed in this project had all the above characteristics to be good a controller. The scope of this project was to study the most advanced IM control method i.e. direct torque control and investigate its performance characteristics. CE 2.4 I was dutiful to complete following tasks; Conducted literature review to study the recent improvements in DTC scheme which somehow was able to overcome the drawbacks of conventional one Simulated induction motor in stationary d-q reference frame and drew its free acceleration characteristics Simulated conventional DTC scheme with a 50 HP, 460V, 60Hz induction motor by MATLAB/SIMULINK platform Described conventional DTC scheme in dissertation report Applied the space vector modulation technique (SVPWM) to 2-level inverter control in the vector control based induction motor drive system, thereby dramatically reducing the torque ripple. Implemented space vector PWM technique to DTC drive system to reduce the torque ripple Designed a control system for electrical drives Accomplished the analysis and the evaluation of the system by converting the drive system into a mathematical model Obtained the imposed response on the system when external perturbations were present, through an optimal regulator CE 2.5 The institutional hierarchy is presented below; Personal Engineering Activities CE 2.6 Prior to designing the controller, IInvestigated the control methods and found that torque control of IM could be achieved according to different techniques ranging from inexpensive Volts/Hz ratio strategy to sophisticated sensor-less vector control scheme. But every method had its own disadvantages like losses, need of separate current control loop, coordinate transformation (thus increasing the complexity of the controller), torque and current ripple etc. So it was very much necessary to design a controller to obtain an ideal electric vehicle motor drive system which would have high efficiency, low torque ripple and minimum current distortion. I read multiple research papers and browsed the internet to update my knowledge regarding new methods to design an efficient controller. For this purpose, I studied the techniques proposed by Takahashi and Noguchi, Thomas G Habetler, James N Nash, M.vasudevan and Dr. R.Arumugan, M.Vasudevan, R.Arumugan and S.Paramasivam, Sarat K Sahoo, Tulsiram Das, Vedam Subrahmanyam, Prof.K.B.Mohanty, and S.L.Kaila and H.B.Jani. In this project, I applied the engineering code of IEEE. CE 2.7 I started this project by designing the dynamic model of induction motor. I took the dynamic behaviour of the induction machine into account in an adjustable speed drive system using a power electronics converter. This machine constituted an element within a feedback loop. I studied the dynamic performance of the machine and found that it was complex due to the coupling effect of the stator and rotor windings and also the coupling coefficient varied with rotor position. So, I described the machine model using a set of differential equations with time varying coefficients. To derive the dynamic model of the machine, I made assumptions about that the model had no magnetic saturation, no saliency effects i.e. machine inductance is independent of rotor position, stator windings were arranged as to produce sinusoidal MMF distributions, effects of the stator slots were neglected, no fringing of the magnetic circuit, constant magnetic field intensity, radial direction across the air-gap, negligible eddy current and hysteresis effects, a balanced three phase supply was given to the motor from the power converter. For dynamic modelling of the motor, I used two axes theory and proved that space phasor notation was compact and easier to work with. CE 2.8 I discussed the conventional DTC scheme and principle of indirect FOC scheme in detail with my team members. While implementation of this scheme, I noticed that it had some drawbacks like generation of flux and torque ripple and variable switching frequency. I looked into the matter and discovered that the flux and torque ripple were due to the hysteresis controller which could be reduced significantly by reducing the sampling period. I also found that the variable switching frequency was due to sector change of the stator flux vector. I used the stator flux equation to calculate the total flux generated by the stator and also calculated electromagnetic torque produced due to the interaction of stator and rotor flux. I also devised a method for the switching selection and produced stator voltage and current model. CE 2.9 During the designing process, I was reported an issue. The mean value of the phase voltages obtained by SVPWM technique had triple harmonics. I used my engineering knowledge and eliminated the harmonics using line voltage. The peak value of the line voltage was 15% more than that in sine PWM at maximum modulation index, so this method of PWM generation gave better utilization of dc bus voltage for inverter. CE 2.10 For any IM drives, I used direct torque control again as it allowed decoupled control of motor stator flux and electromagnetic torque. I conducted an analysis which proved that, this strategy of IM control was simpler to implement than other vector control methods as it did not require pulse width modulator and co-ordinate transformations. In transient state, I selected the fastest accelerating voltage vector which produced maximum slip frequency and ultimately highest torque response was obtained. In steady state, I maintained a constant torque with small switching frequency by the torque hysteresis comparator and selected the accelerating vector and the zero-voltage vector alternately. In order to get the optimum efficiency in steady state and the highest torque response in transient state at the same time, I adjusted the flux level automatically via controller. If the switching frequency was extremely low, the control circuit made some drift which could be compensated easily to minimize the machine parameter variation. CE 2.11 This project required a number of calculations and analysis at each step. I also performed axes transformation like three phase to two phase transformation and used equations to do so. I represented the phase voltages in matrix form to conduct my analysis in a simplified manner. I also used inverse transformation for this purpose. I reduced the transformation relations to make calculations easier. My design also involved the use of two phase stationary to two phase synchronously rotating frame transformation. The stationary ds-qs axes were transformed to synchronously rotating de-qe reference frame which was rotating at speed ωe with respect to ds-qs axes. I also developed machine model in stationary frame by Stanley equations. The electromagnetic torque is developed by the interaction of air gap flux and rotor MMF which was expressed in general vector form. CE 2.15 Induction motors are today the most widely used ac machines due to the advantageous mix of low cost, reliability and performance. I opted for this project to demonstrate both, technique and cost-effective solutions. I used the best of my engineering knowledge implement all the control techniques efficiently. I obtained effective control of IM by considering crucial parameters like speed, torque, and flux. The estimation accuracy of stator flux was very much essential in the control process and it depended on stator resistance mostly because an error in stator flux estimation would affect the behaviour of both, torque and flux control loops. I minimized the torque and current ripple by employing space vector modulation technique. I identified all the issues clearly and took careful steps to define their solutions. I required the assistance of my supervisor at all times which improved my learning experience. CE 2.17 The simulations were carried out using MATLAB/SIMULINK software tool. After completing this project, I collected all the data, simulations and outputs and combined them into a single report which was reviewed by the project supervisor. I also emailed the MS-Word document of this project to the chairman of my department so he could share his remarks as well. The reviews of the supervisor and chairman were quite helpful as they proposed useful amendments and gave constructive comments. I, along with my team, felt encouraged by their remarks and it boosted our self confidence. At the end, I prepared a presentation using all the screenshots of the simulations and explaining them. It was prepared using MS Power Point. CE 2.18 I was a quite reserve person before I teamed up and started working on this project. To get the work done effectively, interaction among the team was very important. Under these circumstances, I had to keep up with everyone and communicate with every concerned member. Gradually, I began to gain confidence and even conducted project discussions with the supervisor. I was often required to meet the chairman and get my proposals approved. After that, several meetings were conducted throughout the project and I proved to be an active participant in each of those meetings. I gave suggestions, recommendations and propositions to solve issues that were encountered. CE 2.19 In this project, computerized simulations were very crucial as they compared the results of controllers that were implemented using different techniques. The loss of those simulations could cost me a lot of time. I used precautionary measures beforehand to save my data. I installed a UPS power supply with my personal computer so that in the case of power failure, my data would remain safe. I also downloaded Antivirus software in my computer to prevent my files from being corrupted. Moreover, while dealing with high voltages, I strictly informed my teammates to use clothing insulation like rubber gloves. Summary CE 2.19 This project was an experience of a lifetime for me and I witnessed myself improve as an engineer and a person. It polished my decisive and problem-solving abilities and enhanced my knowledge in engineering field. I concluded that in conventional DTC scheme, high torque ripple was produced because the selected voltage space vector is applied for the entire switching period irrespective of the magnitude of the torque error. This torque ripple could be minimized in order to achieve a better drive performance, by varying the duty ratio of the selected voltage vector during each switching period, based on the magnitude of the torque error and position of the stator flux. This constituted the basics of SVPWM technique. So, the future aspect of this project is to simulate DTC scheme based on SVPWM technique and to have comparative study of conventional DTC scheme and DTC-SVM scheme. Career Episode 3 Introduction CE 3.1 In my first career episode, I would like to describe my graduation project named as “PC Based DC Motor Speed Controller”. The project was the requirement of partial completion of my graduation project. During the time, I was the student of Electronic Engineering in University of……. The project was based in City/ Country. Background CE 3.2 The primary objective of this project was to control the speed of the dc motor using pc parallel port. The dc motor is an attractive piece of equipment in many industrial applications requiring variable speed and load characteristics due to its ease of controllability. PC based software controlling is adapted to retain simplicity & ease of implementation. Motor speed is controlled using pulse-width-modulation (PWM). The key feature of this experiment is that our PC is used to generate the PWM signal. Thus we can program our PC to control motor speed in software.PWM is a common technique for speed control. CE 3.3 In this project, I carried out following tasks; Conducted initial detailed study for understanding the working principle of motor Prepared a project plan, design activities, and shared it with my supervisor Arranged tokick off meetings with team and discussed the project details Completed all the design activities following the engineering standards Carried out calculations and simulations in support to design activities Troubleshoot the technical issues and finally compiled the project report CE 3.4 Project hierarchy Personal Engineering Activity CE 3.5 In this project, I decided to provide a fixed voltage to the motor instead of using peddling. I used a voltage having value (say 5 V) and started spinning. The voltage is then removed and the motor "coasts". I controlled the speed of the motor by continuing this voltage on-off duty cycle. In this project, I used classic 555 timer chip and some potentiometers to generate PWM. I manually adjusted the pots for the desired duty cycle. The main equipment which I used here were IC 74LS138 which is a decoder, IC 74LS04 which is a Hex inverter, Parallel Port, and IC 555 timer. The synchronous operation of all these equipment allowed me to control the speed of the motor by giving command through the computer. For this design, I used C language which is easy to understand. In this project, I followed IEEE standards of electrical and electronics. CE 3.6 In initial stages of the project, I designed the layout of the circuit on PSpice. The project components included IC 74LS138, IC 74LS04, 555 Timer IC, Parallel Port, Preset, High-Speed Diodes, Resistors, Transistor SL100, and DC Motor. After designing the layout of the project, I simulated the whole project on Proteus which showed significantly good results on the software. The carried out the programming of the project in C language and compiled it by using Turbo C compiler.I submitted the results of the simulations to my supervisor and began with the designing of the circuit on Printed Circuit Board (PCB). I connected the motor to the PC through an interfaced circuit. The interfaced circuit consisted of 1-of-8 decoder IC 74LS138, hex inverter ICs 74LS04, resistor networks, timer IC 555, and motor driver transistor SL100. The decoder IC accepted binary weighted inputs A0, A1, and A2 at pins 1, 2 and 3, respectively. With active-low enable input pins 4 and 5 of the decoder grounded. This provided eight mutually exclusive active-low outputs. These outputs were inverted by hex inverters IC2 and IC3. The resistor network comprised presets VR1 through VR8, resistors R1 and R2 and capacitor C1 were the timing components of timer IC 555. It was configured in astable mode. The output of IC4 was a square wave which was fed to the base of transistor T1 via current-limiting resistor R3. Transistor T1 was used to drive the motor. CE 3.7 I used pulse-width modulation (PWM) method for efficient control of the motor. The output of the PC was decoded to select a particular preset. The value of the selected preset, along with resistors R1 and R2 and capacitor C1, changes the output pulse width at pin 3 of IC4. The motor speed was increased and decreased by choosing a particular resistance. For high-power motors, the transistor could be replaced by an IGBT or a power MOSFET. Initially, when the motor was at off state, I programmed the code in such a way that the program prompted you to press ‘Enter’ key to start the motor. Once the key was pressed, the motor started running at full speed. After a few seconds, the program asked you to press any key from the keyboard to go to the next screen for controlling the speed of the motor. This screen then would show options for increasing and decreasing the motor speed and also for exiting from the program. For increasing the speed enter choice 1 and press ‘Enter’ key, and for decreasing the speed enter choice 2 and press ‘Enter’ key. This action changed the speed by one step-at-a-time and the message “Speed decreased” or “Speed increased” was displayed on the screen. CE 3.8 In initial stages of the project, I used a variable resistor to control the speed of DC motor but this method generated heat and hence waste the power. To overcome this problem, I utilized simple pulse width modulation for controlling the speed of DC motor. This method was power efficient and eliminated problems. It controlled the motor speed by driving the motor with short pulses. These pulses vary in duration to change the speed of the motor. The longer the pulses, the faster the motor turns, and vice versa. The Parallel Port used here was the most commonly used port for interfacing. This port allowed the input of up to 9 bits or the output of 12 bits at any one given time, thus requiring minimal external circuitry to implement many simpler tasks. CE 3.9 In this project, I carried out different calculations. I first measured the speed of the motor. I prepared a function table for high logical level and low logical level. I determined the absolute maximum ratings based on supply and input voltage. I measured the power dissipation rate and operating and storage temperature ratings. I determined the frequency of the pulses using the formula; f=1.44/(R1 2R2)XC. CE 3.10 During the project, I extensively relied on the latest and updated software for conducting various tasks of the project. I used PSpice for designing the basic circuit diagram. I used Proteus Software for simulating the project. I also utilized Turbo C for writing the code for the project. Moreover, I used Microsoft Suite for developing progress reports, final year project report, and preparing various presentations. CE 3.11 Throughout the project, I strictly followed safety rules and regulations and also ensured the other members were not violating these rules and regulations. I always ensured to cut off the power or connection from the power supply of the circuit before soldering or unsoldering any component from the PCB. I always used protective gloves and wear protective glasses while soldering the components. While working on the project I always made sure that I had a rubber mat underneath my foot to protect myself from any short circuit, etc. CE 3.12 Being fond of reading, I often visited the university library for finding the latest books, journals, research papers, and articles related to my field. The librarian helped me a lot in finding such updated books and journals. This helped me to keep myself updated with the developments in the field. My project supervisor always helped me in finding a solution to difficult problems. Throughout the project, my supervisor and my seniors helped me and assisted me any difficult situation. The lab attended always provided me with the necessary tools to complete the project successfully. CE 3.13 I arranged meetings with the seniors in which everyone discusses the problems they are facing at that time and we tried to find the solution of these problems by working collectively and by generating various ideas. I also organized study sessions among the students where innovative ideas were being shared and implemented accordingly. I always encouraged the other students to participate in these knowledge-based sessions. CE 3.14 During the project, I scheduled weekly meetings with the project supervisor. In these meetings, I discuss the problems which I was facing at that time and we tried to find the solutions to these problems. We also discuss the timeline of the project. I also had monthly meetings with the Head of the Department where the project supervisor was also present. In these meetings, I discuss the progress of the project with them. CE 3.15 During the tenure of this project, I prepared project progress reports every week and submitted to my supervisor. At the end of the project, I prepared a project report which was consisted of fifty pages. The report was submitted to the Head of the department and my project supervisor. The project report included abstract, introduction, tools and techniques, working method, and conclusion. I also gave a presentation at the end of the project. The presentation was presented to the HOD, project supervisor, and all the senior students. Summary CE 3.16 The aim of controlling the speed of DC motor was achieved by using PC and also accomplished all the sub-objectives of the project. I learned a lot during the course of this project. I learned the advantages and drawbacks of dc motors and learned the basics and technical aspects of PWM. The lab engineer helped me to understand different software which I used during the project such as PSpice, Proteus, etc. This helped me a lot in my further studies. Due to the continuous hard work and valuable assistance from my supervisor I was able to complete the project within the allocated timeline. My supervisor and head of the department appreciated me after the final presentation. PROFESSIONAL ENGINEER Summary Statement Competency Element A brief summary of how you have applied the element Paragraph in the career episode(s) where the element is addressed PE1 KNOWLEDGE AND SKILL BASE PE1.1 Comprehensive, theory-based understanding of the underpinning natural and physical sciences and the engineering fundamentals applicable to the engineering discipline I applied scientific knowledge, implemented engineering fundamentals for the completion of design and carried out analysis using innovative solution to the technical issues CE 1.7, CE 1.8, CE 1.9, CE 1.10, CE 1.11, CE 1.12, CE 2.7, CE 2.8, CE 2.9, CE 2.10, CE 3.6, CE 3.7, CE 3.8 PE1.2 Conceptual understanding of the mathematics, numerical analysis, statistics and computer and information sciences which underpin the engineering discipline I performed various mathematical calculations, carried out analysis, and evaluated design values as per project requirements CE 1.9, CE 1.13, CE 2.8, CE 2.11, CE 3.9 PE1.3 In-depth understanding of specialist bodies of knowledge within the engineering discipline I demonstrated my computer skills by utilizing latest software in conducting various design tasks of the project CE 1.16, CE 2.13, CE 3.6, CE 3.10 PE1.4 Discernment of knowledge development and research directions within the engineering discipline I always researched in my respective field to perceive new techniques and methodologies which would be beneficial for the project CE 1.6, CE 1.14, CE 2.6, CE 2.7, CE 2.12, CE 3.12 PE1.5 Knowledge of contextual factors impacting the engineering discipline I developed a timeline for the project and allocated tasks to the team members according to their skillset and capabilities As a professional engineer, I understand the significance of standards and strictly followed various standards and norms for effectively executing the project CE 1.15, CE 1.17, CE 2.14, CE 3.13, CE 3.14 CE 1.6, CE 2.6, CE 3.5 PE1.6 Understanding of the scope, principles, norms, accountabilities and bounds of contemporary engineering practice in the specific discipline I applied engineering laws, my technical knowledge, and systematically carried out design tasks which clearly satisfied the project requirements Being aware of the basic requirements of engineering field I complied with the standards and norms I established critical measures and ensured risk management for safe execution of the project I effectively managed various project activities through statistical analysis and planning CE 1.7, CE 1.9, CE 1.10, CE 1.11, CE 1.12, CE 2.7, CE 2.10, CE 3.7 CE 1.6, CE 2.6, CE 3.5 CE 1.15, CE 2.15, CE 3.11 CE 1.6, CE 2.6, CE 2.15, CE 3.5 PE2 ENGINEERING APPLICATION ABILITY PE2.1 Application of established engineering methods to complex engineering problem solving I quickly discovered issues and solved those problems in a nick of time with the assistance of my team CE 1.8, CE 2.8, CE 2.9, CE 2.12, CE 3.8 PE2.2 Fluent application of engineering techniques, tools and resources I learned about the safe working limits and failure modes of every equipment and used equipment with intense care to avoid any physical hazard I interpreted the technicalities of each software and utilized them for achieving the opportune objectives of the project CE 1.15, CE 2.15, CE 3.11 CE 1.16, CE 2.13, CE 3.6, CE 3.10 PE2.3 Application of systematic engineering synthesis and design processes I applied my technical and engineering knowledge in solving various complicated problems My engineering conducts fully satisfy my engineering accountabilities as I always followed fundamental codes and standards CE 1.8, CE 2.8, CE 2.9, CE 2.12, CE 3.8 CE 1.6, CE 2.6, CE 3.5 PE2.4 Application of systematic approaches to the conduct and management of engineering projects Being a part of engineering team, I always managed and executed project tasks proficiently I carried out management activities by proper planning and organizing the team in a symmetric way CE 1.6, CE 2.6, CE 2.15, CE 3.5 CE 1.15, CE 1.17, CE 2.14, CE 3.13, CE 3.14 PE3 PROFESSIONAL AND PERSONAL ATTRIBUTES PE3.1 Ethical conduct and professional accountability Followed international and national codes of engineering that showed my familiarization with engineering codes and conduct. I conducted safety analysis and executed each task according to the safety standards and tried to minimize the negative impact of the project over the surroundings. CE 1.6, CE 2.6, CE 3.5 CE 1.15, CE 2.15, CE 3.11 PE3.2 Effective oral and written communication in professional and lay domains I developed various reports and documents by using easily understandable English words in every document I arranged and scheduled meetings with the team and also actively participated in project meetings and discussions CE 1.4, CE 1.16, CE 2.13, CE 3.3, CE 3.10, CE 3.15 CE 1.6, CE 1.17, CE 2.14, CE 3.3, CE 3.13, CE 3.14 PE3.3 Creative innovative and proactive demeanour I coordinated with the other professionals and identify new developments through quantitative research CE 1.6, CE 1.17, CE 2.8, CE 2.13, CE 2.14, CE 3.12, CE 3.13, CE 3.14 PE3.4 Professional use and management of information I followed documentation standards and norms while developing reports, outlines, and manuals CE 1.4, CE 1.16, CE 2.13, CE 3.3, CE 3.10, CE 3.15 PE3.5 Orderly management of self, and professional conduct I selected materials and formed procedures to save additional costs of the company CE 1.12, CE 1.17, CE 2.12, PE3.6 Effective team membership and team leadership As a team leader, I organized my team through a proper systematical process and assigned tasks according to their capabilities CE 1.15, CE 1.17, CE 2.14, CE 3.13, CE 3.14

318 views • 21 slides

Currency Analysis Software

Currency Analysis Software | Vedant Margdarshak | Pune What is Currency Analysis Software: Currency Analysis software helps currency traders with forex trading analysis and the execution of trades. Currency Analysis software accommodate charts and order-taking methods, which are usually free of charge when a trading account is opened with a forex broker. As with trading software used for trading other securities like stocks or futures, most platforms differ greatly in functionality Share Analysis Software. Currency Analysis Software Breaking Down Currency Analysis Software: It is hard to determine which software is best because the currency Analysis software from each retail forex broker is so different. As such, the answer is very individualized, according to a trader's needs. Most forex brokers allow you to open a demo account prior to funding a full account or mini account Share Analysis Software. It is best to try out a variety of currency trading software during the trial periods to decide which forex trading software best suits a trader's needs Stock Market Analysis. Currency Analysis Software Whatever specific currency trading software a trader conclude to use, currency trading software must be a reliable go-between currency trader and currency broker. Share Analysis Software platforms must also provide real-time and historical data to the trader and provide the him or her with access to all of the types of orders that need to be available to trade currencies efficiently Commodity Analysis Software. Third-party Forex trading software is also frequently used, as many retail forex brokers' platforms have an application program interface (API), which allows traders to integrate third-party or even proprietary software, extending the capabilities of their currency trading Commodity Analysis software. Currency Analysis Software Choosing the Right Currency Analysis Software: Some factors to consider when considering currency Analysis software are: Is it free? Do extra features cost extra money? What technical indicators are accessible in the charting component? Is the operating system is required Can you trade from the charts? What is the order interface? What types of orders are accessible? Is historical data contrived available through the software? Does the platform concede for backtesting of strategies? Is the graphical user interface (GUI) pleasing to look at? Is the GUI promotive to monitoring a lot of information at once? Does the platform have an API that allows appended software or programming? Currency Analysis Software Widespread prospect of currency trading platforms from online forex brokers and independent software developers has allowed just about anyone with a computer and an internet connection the chance to trade currencies Stock Market Analysis.The software a trader chooses is an important decision, as a trader will want to select software that has all of the features they will need at an affordable price u want to invest you resouses money so here is the option available you can come here in https://www.vedantmarg.com/ click on the link u get full information regading Currency Analysis Software, FnO analysis software and much more. For more information click on the link: https://www.vedantmarg.com/

106 views • 8 slides

Project Planning In Project Management | What Is Project Planning? | PMP Training Video |Simplilearn

This presentation on project planning will help us understand the basics of project planning and its fundamentals. After we know the basics of project planning, the video will help us understand the significance of project planning. We will also see several tools that help in making a project plan and the steps that are needed to make a project plan. So, without any further delay, let's get started.r r What's in it for you?r 1. What is Project Planning?r 2. Project Planning fundamentalsr 3. Why Project Planning?r 4. Tools for Project Planningr 5. Basic Project Planning stepsr r PMP Certification Course Overviewr The course covers new trends, emerging practices, tailoring considerations, and core competencies required of a Project Management professional. Placing a greater emphasis on strategic and business knowledge, this course also includes a new section on the role of the project manager in both large and small companies.r r PMP Course Key Features:r - 35 contact hours/PDUsr - 8 industry case studies, 20 industry-based scenariosr - 6 hands-on projects, 7 simulation test papers (200 questions each)r r Eligibility:r The PMPu00ae certification is an essential professional requirement for senior project manager roles across all industries. The course is best suited for: Project Managers, Associate/Assistant Project Managers, Team Leads/Team Managers, Project Executives/Project Engineers, Software Developers, Any professional aspiring to be a Project Manager.r r Pre-requisites:r You should have a secondary degree (i.e. high school diploma, associateu2019s degree or the global equivalent) with 7,500 hours leading and directing projects along with 35 hours of project management education.OR You should have a four-year degree with 4,500 hours leading and directing projects along with 35 hours of project management education.r r Learn more at https://www.simplilearn.com/project-management/pmp-certification-training

832 views • 41 slides

Sales of Telehealth Software to Decelerate in 2020 as COVID-19 Pandemic Takes its Toll on Global Market

Telehealth Software Market: Global Industry Analysis 2015-2019 and Opportunity Assessment 2020-2030 A recent market report published by Future Market Insights on the telehealth software market includes global industry analysis for 2015-2020 and opportunity assessment for 2020-2030, and delivers a comprehensive assessment of the most important market dynamics. After conducting thorough research on the historical and current growth parameters, growth prospects of this market are obtained with maximum precision. Telehealth Software Market: Segmentation The global telehealth software market is segmented in detail to cover every aspect of the market, and present a complete market intelligence approach to readers. Component Software Real-time Communication Telehealth Software Remote Patient Monitoring Telehealth Software Store and Forward Telehealth Software Sample of Research Report @ https://www.futuremarketinsights.com/reports/sample/rep-gb-7349 Services Professional Services Managed Services Deployment On-premises Cloud based End User Healthcare Providers Healthcare Payers & Patients Region North America Latin America Europe East Asia South Asia Pacific Middle East & Africa Report Chapters Chapter 01 u2013 Executive Summary The report begins with the executive summary of the telehealth software market, which includes a summary of key findings and statistics of the market. It also includes demand- and supply-side trends pertaining to this market. Chapter 02 u2013 Market Overview Readers can find the definition and a detailed taxonomy of the telehealth software market in this chapter, which will help them to understand basic information about the market. Along with this, comprehensive information pertaining to storage area network and its properties are provided in this section. This section also highlights telehealth software market report. Chapter 03 u2013 Key Market Trends The telehealth software market report provides key market trends that are expected to significantly impact market growth during the forecast period. Detailed industry trends are also provided in this section. Chapter 04 u2013 Pricing Analysis This chapter provides the pricing analysis of software licenses in the telehealth software market. Chapter 05 u2013 COVID-19 Impact on Telehealth Software Market This chapter provides the impact of COVID-19 pandemic on global oil & gas industry, pre and post COVID-19 impact analysis, and key action points for telehealth software solution providers. Chapter 06 u2013 Market Structure Analysis In this chapter, readers can find a comprehensive list of all the prominent stakeholders in the telehealth software market, along with market share analysis and market concentration. Chapter 07 u2013 Global Telehealth Software Market Demand (in Value in US$ Mn) Analysis 2015-2019 and Forecast, 2020-2030 This chapter provides the value of the telehealth software market along with the Y-o-Y trends and absolute $ opportunity Chapter 08 u2013 Market Background This chapter explains the key macroeconomic factors that are expected to influence growth of the telehealth software market during the forecast period. Along with macroeconomic factors, this section also highlights the forecast factors and value chain analysis of the Telehealth Software market. In-depth information about market dynamics and their impact analysis on the market have been provided in the successive section. Chapter 09 u2013 Global Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 by Solution Based on solution, the telehealth software market is segmented into software and services. In this chapter, readers can find information about developments and key trends in the telehealth software market. Chapter 10 u2013 Global Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030, by Deployment Based on deployment, the telehealth software market is segmented into cloud based and on-premises. In this chapter, readers can find information about developments and key trends in the telehealth software market. Chapter 11 u2013 Global Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030, by End User Based on end user, the telehealth software market is segmented into healthcare providers and healthcare payers & patients. In this chapter, readers can find information about developments and key trends in the telehealth software market. Chapter 12 u2013 Global Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030, by Region This chapter explains how the telehealth software market is anticipated to grow across various geographic regions such as North America, Latin America, Europe, East Asia, South Asia Pacific, and Middle East & Africa. Chapter 13 u2013 North America Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 This chapter includes a detailed analysis on the growth of the North America telehealth software market, along with a country-wise assessment including the U.S. and Canada. Readers can also find regional trends and market growth based on solution, deployment, end user, and countries in North America. Chapter 14 u2013 Latin America Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 This chapter provides the growth scenario of the telehealth software market in Latin American countries such as Brazil, Mexico, and the Rest of Latin America. Along with this, assessment of the market across target segments has been provided. Chapter 15 u2013 Europe Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 Important growth prospects of the telehealth software market in several countries such as Germany, the U.K., France, Spain, Italy, BENELUX, Russia and the Rest of Europe are included in this chapter. Chapter 16 u2013 South Asia & Pacific Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 This chapter highlights the growth prospects of the telehealth software market in South Asia Pacific by focusing on India, ASEAN, Australia & New Zealand, and Rest of South Asia Pacific. This section also helps readers understand key factors that are responsible for the growth of the telehealth software market in Asia Pacific Excluding Japan. Chapter 17 u2013 East Asia Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 This chapter provides the growth scenario of the telehealth software market in East Asia countries such as China, Japan, and South Korea. Chapter 18 u2013 Middle East and Africa Telehealth Software Market Analysis 2015-2019 and Opportunity Assessment 2020-2030 This chapter provides information about how the telehealth software market is anticipated to grow in major countries in the Middle East & Africa region, such as GCC Countries, Turkey, Northern Africa, South Africa, and Rest of Middle East and Africa during the forecast period. Chapter 19 u2013 Key and Emerging Countries Analysis This chapter provides information about how the telehealth software market is anticipated to grow in major countries of all the regions. Chapter 20 u2013 Competition Analysis In this chapter, readers can find a comprehensive list of all the prominent stakeholders in the Telehealth Software market, along with detailed information about each company, which include the company overview, revenue shares, strategic overview, and recent developments. Some of the key market players featured in the report are Aerotel Medical Systems Ltd., Koninklijke Philips N.V., Teladoc Inc., American Well, Chiron Health, Medtronic, Honeywell International, Tunstall Healthcare, AMD Global Telemedicine, Inc., Cisco Systems, Inc., and Medvivo Group Ltd. Sample of Research Methodology Report @ https://www.futuremarketinsights.com/askus/rep-gb-7349 Chapter 21 u2013 Assumptions and Acronyms This chapter includes a list of acronyms and assumptions that provide a base to the information and statistics included in the Telehealth Software market report. Chapter 22 u2013 Research Methodology This chapter helps readers understand the research methodology followed to obtain various conclusions, as well as important qualitative and quantitative information, about the Telehealth Software market. About Us Future Market Insights (FMI) is a leading market intelligence and consulting firm. We deliver syndicated research reports, custom research reports and consulting services which are personalized in nature. FMI delivers a complete packaged solution, which combines current market intelligence, statistical anecdotes, technology inputs, valuable growth insights and an aerial view of the competitive framework and future market trends. Contact Us Mr. Abhishek Budholiya 616 Corporate Way, Suite 2-9018, Valley Cottage, NY 10989, United States T: 1-347-918-3531 F: 1-845-579-5705 T (UK): 44 (0) 20 7692 8790 Press Office: Press@futuremarketinsights.com Blog: Market Research Blog Website: https:www.futuremarketinsights.com

144 views • 13 slides

Consent Management and Monitoring System Market to Suffer Slight Decline in 2020, Efforts to Mitigate Coronavirus-relat

Consent Management and Monitoring System Market: Introduction North America continues to remain the most lucrative market for Consent Management and Monitoring System. Demand for Consent Management and Monitoring System in the region remains driven by continuous upgrades made to the data privacy regulatory standards. Geographic expansion and collaborations with Consent Management and Monitoring System providers are among the key strategies followed by the players in the Consent Management and Monitoring System market to increase their foothold in the market. Consent Management and Monitoring System will continue to witness high demand in the retail and e-commerce sectors, with gains complemented by demand from technology providers. Europe is also expected to remain a lucrative region for growth of the Consent Management and Monitoring System market, with revenues estimated to grow at a relatively higher CAGR through 2028. The Consent Management and Monitoring System market in Latin America will record a steady growth through 2028, owing to the growing investments by the regulatory bodies to enhance the data privacy systems in the region. Sample of Research Report @ https://www.futuremarketinsights.com/reports/sample/rep-gb-2182 Collaborations with other Consent Management and Monitoring System solution and service providers help increase business revenue and develop new innovation strategies, thus enabling Consent Management and Monitoring System market players to reach potential customers, and enhance their market foot print. Consent Management and Monitoring System Market Report Description Executive Summary The executive summary consists of a comprehensive summary of the global Consent Management and Monitoring System market. This comprehensive summary includes the overall global Consent Management and Monitoring System market outlook, and the various trends in the supply and demand of the market. In addition, this section offers business growth-related recommendations and opportunities to look forward to in the global Consent Management and Monitoring System market. Market Introduction This section offers a detailed definition of Consent Management and Monitoring System platforms. This section also offers the Consent Management and Monitoring System market taxonomy showcasing the various market segments. By component, the global Consent Management and Monitoring System market has been segmented into software and services. The services segment has been sub-segmented into professional services and manages services. With regards to the deployment types of Consent Management and Monitoring System, the global market has been segmented into on-premise deployments and cloud-based deployments. By end-use industry, the global Consent Management and Monitoring System market has been segmented into retail & e-commerce, government, technology, financial services, healthcare, higher education, and other end-use industries. A market snapshot featuring the global Consent Management and Monitoring System market value for the period of 2017 to 2028 has also been added to this section, along with the global market share analysis by segments. In addition, this section of the global Consent Management and Monitoring System market study offers an analysis of the incremental opportunity of the market, with regards to the platform, end-user, application, and region. Market Background The market study offers an elaborate analysis of the global Consent Management and Monitoring System market and features market-related insights on the macro-economic and forecasting factors influencing the adoption of Consent Management and Monitoring System technology and its practicality for modern applications. The Consent Management and Monitoring System market study includes an exhaustive analysis of the key market drivers, market challenges, and the overall market structure. Market Forecast and Market Analysis An elaborate market analysis has been performed for each segment of the Consent Management and Monitoring System market with regards to the market size in every region. This chapter also offers an exhaustive analysis that discusses the current nature of the trends in the global Consent Management and Monitoring System market. The next chapter in the Consent Management and Monitoring System market study showcases a detailed analysis of the market across specific countries in different regions. It offers an estimated market viewpoint for the forecast duration of 2018 to 2028. The estimation includes the trending technological innovations and product offerings in the Consent Management and Monitoring System market. This chapter offers an impact analysis that discusses the degrees at which market dynamics are influencing the growth of the global Consent Management and Monitoring System market in every region. Market forecasts and analysis for key emerging countries (Turkey, Indonesia, and Thailand) based on key market segments has been provided in the Consent Management and Monitoring System market report, as an extension to this section. This global Consent Management and Monitoring System market report showcases the present scenario as well as the future prospects of growth in the global Consent Management and Monitoring System market across all the business regions for the forecast period of 2018 to 2028. The year 2017 has been considered as the base market year, and the market size has been provided for the next twelve months. Competitive Landscape The final chapter of the global Consent Management and Monitoring System market research report includes a competitive landscape that provides a dashboard view of the key competitors operating in the Consent Management and Monitoring System market. Some of the Consent Management and Monitoring System market players profiled in this section include OneTrust, ConsentEye, CIVIC, HIPAAT, Quantcast, Trunomi, Silktide, PactSafe, Rakuten Marketing, and CYBOT. Research Methodology To reach a precise forecast, the market study was started by deducing the existing market size, which formed a platform that enabled us to understand the future prospects of the growth of the Consent Management and Monitoring System market. We have deduced the overall growth trend using different methods of market analysis and as per the technological advancements in the global Consent Management and Monitoring System market. As highlighted previously, the global Consent Management and Monitoring System market is segmented into different market segments. To Buy This Research Report @ https://www.futuremarketinsights.com/checkout/2182 Analysis has been performed in terms of the segmental Basis Points System (BPS) to feature the distinct contributions made by individual segments to the growth of the global Consent Management and Monitoring System market. This data plays an important role in identifying various trends in the global Consent Management and Monitoring System market. After thorough secondary and primary research of the global Consent Management and Monitoring System market, the scope of the research study was restricted to major application segments, and the regional markets within the global Consent Management and Monitoring System market. Consent Management and Monitoring System market forecast and projections have been determined assuming the fact that there would be no major environmental factors responsible for a sudden shift during the forecast period. The market estimation and forecast for the Consent Management and Monitoring System market has been determined considering the average pricing of major products across geographies. In our global Consent Management and Monitoring System market report, we have considered a minimal change in the regulatory requirements during the forecast period. ABOUT US: Future Market Insights is the premier provider of market intelligence and consulting services, serving clients in over 150 countries. FMI is headquartered in London, the global financial capital, and has delivery centers in the U.S. and India. FMIu2019s research and consulting services help businesses around the globe navigate the challenges in a rapidly evolving marketplace with confidence and clarity. Our customized and syndicated market research reports deliver actionable insights that drive sustainable growth. We continuously track emerging trends and events in a broad range of end industries to ensure our clients prepare for the evolving needs of their consumers. CONTACT US: Future Market Insights U.S. Office 616 Corporate Way, Suite 2-9018, Valley Cottage, NY 10989, United States T: 1-347-918-3531 F: 1-845-579-5705

117 views • 10 slides

Project Closure Presentation | Project Management Template | SlideUpLift

Download the Project Closure Presentation - https://bit.ly/2GFfw3N The project closure is the phase where the project reaches its final stage. It is the most crucial stage of any given project. It involves handing over the deliverables to the clients and informing all stakeholders about the project's closure. You can showcase this last phase with the help of our PowerPoint presentation. The project manager checks for the completion of all the project work and its objectives within its scope. Including the ones that were added along the way. Project managers give a project closure presentation to all the stakeholders to showcase the project's overall status. A successful project requires a detailed and well-planned Project Management Plan. Project Management involves monitoring and controlling the execution of the project until a quality deliverable is produced. The project closure template highlights how well the project was managed and what are the learnings out of it. Let's take a look at the components of what the project closure template looks like: Executive Summary: An overview of a larger document or research which the reader sees first. Project Background: A formal document containing a description of project work, what prerequisites for the project are, and how to produce the expected work. Project Charter: An internal document that showcases project planning information like scope, deliverables, assumptions, etc. shared with the stakeholders. RAG status: RAG (RAG report, RAG status, or Delivery Confidence Assessment) is an acronym that stands for Red Amber Green and relates to project status reporting utilized by project managers to indicate how well a project is performing. Cost Overruns: It displays the sum of unpredicted expenses that exceed initial project budget estimates throughout the project. Timeline Delays: Delays in the tasks of a given project. Objectives and deliverables are not realistic within the project constraints. Administrative Checkouts and checklist: It is a final checklist that reviews all the requirements and ensures all the terms. Learnings: Learnings gained from this project. Next steps: Crucial steps after this stage in the project.

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How to start your career as a quality assurance software tester

Software testing is often required in the software projects to check whether it meets the clientu2019s quality and also verifies the compliance which is previously specified. The main aim of the software developers is to analyze and fix the error at the earlier stage. Software testing is not only playing a major in quality assurance. But also acts as an integral part of the software development process. Here comes some of the tips for software quality assurance. If you want to set into a QA career then make yourself well-versed by taking up qa training online. What is quality assurance? Quality assurance sets an official mark for the proper business. The products have undergone several measures to meet the appropriate requirements and quality. Quality assurance is a product to recognize the defect and flaws. Within the developmental process, the products meet their functional specifications. Quality assurance is mainly manufactured in the IT industry and software development sector as well as in non-manufacturing industries. Quality assurance changes its process based on business, management, and company. Quality revolves around the corporate mindset The companyu2019s philosophy determines the quality of software development. For the developing companyu2019s good quality of the software products are very important. Better coding and error-free products take more time. If you offer a quality product then the cost of the software projects will be decreased. Every company wishes to satisfy their clients by offering defect-free and best functioning software. t Bring quality awareness with developers Quality awareness in the development team is very important. The developers should have an awareness of how important is the quality of the software and also the company will face greater effects for software errors, particularly for business-critical applications. Programming is the first step taken in quality assurance including design and better concepts of the software. By following a proper approach and high quality you can easily prevent errors and problems in the future. Bugs fixing needs to be smart and clean work. Take your time to fix the errors the quick error fixing can cause problems elsewhere in the projects. Identify the requirements Before starting the development process, take note of the requirements and quality criteria of the software. The reason behind it is that stakeholders as well as developers need to know what is to be developed. By following this approach, you can get various ideas regarding quality and requirements. Mainly there are six categories available in software quality assurance: usability, functionality, efficiency, maintainability, readability, and portability. The tester needs to check all these requirements and quality criteria. Through good documentation the result needs to be communicated at an early stage. Through this process, you can easily sort out all the errors. Test automation Nowadays automated software testing is standard. Automated testing usually performs regular testing mainly it is used to test which finds it difficult to execute manually such as load tests. An automated test is divided into integration tests, components tests, acceptance tests, integration tests, and graphical user interface tests. It is also noted that everything canu2019t be performed through automated tests. With automated tests, it is impossible to test software regarding its usability. Manual testing is always an important part of quality assurance. Talk with team and stakeholders In quality management, communication plays an integral part. Through proper documentation, the errors in the software can be corrected, addressed, and reconstructed. Along with good communication in the team, communication with the customer is also important. For example, if you have extra specifications in the projects when it is not communicated in time with the developer team it can lead to major delays and additional expense can raise the cost of the project. Quality assurance feedback needs to be maintained properly so this is the reason why the customers and developers need to know the current status of the project. Dedicated professionals The testing process needs to be assigned to the proper team members. At the first step, assign a clean task to your team members and assure whether testing is done professionally. Skills required The quality assurance team is mainly responsible to identify the target product, also checks whether the product meets the specific requirements at every stage of development, and verifies the process is functioning within its acceptable control limits. If you want to acquire the below-given QA skills then join in qa training near me where you will gain knowledge of different skill sets. u2022tThrough good communication, you can get a better understanding of customer requirements and you can also bring stakeholders to agree upon the actions and improvements. u2022tThe quality assurance team has to be familiar with all the information on the process from the beginning to the customer's end. To identify the problems in the software projects, gain knowledge of technical concepts of the project. u2022tWith problem-solving skills, you will be working with engineers and other manufacturing employees which helps to come up with the root cause of defects. u2022tTeam working helps people to work together towards quality goals as well as leadership skills do the same work. u2022tStatistical skills recognize the project variation outside the source and stop the problem it occurs. It reduces the defects and flaws of the project before it reaches the end state. Certification and courses In software quality assurance you need to pursue either computer science or a related degree. Many organizations are offering qa training and placement where you can kick start your career in quality assurance. The professional quality assurance is also getting training in these organizations. So, these courses help them to have a stable career in the corporate field. As well as universities offer a bacheloru2019s degree in quality assurance that covers specific QA topics like manufacturing materials, quality planning, manufacturing process, SPC, inspection methods, etc. Bottom-line The above-given steps ensure the importance of quality assurance. QA is the upcoming career, software companies are hiring a lot of freshers in this role. So, take a step by learning through quality assurance training. Make your career strong enough through quality assurance.

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Intelligent Enterprise Data Capture Software Market

A recent market study published by FMI u201cIntelligent Enterprise Data Capture Software Market: Global Industry Analysis 2014-2018 & Forecast 2019-2029u201d offers a comprehensive assessment of the most important market dynamics. After conducting thorough research on the historic as well as current growth parameters of the intelligent enterprise data capture software market, the growth prospects of the market are obtained with maximum precision. Chapter 01 u2013 Executive Summary The report commences with the executive summary of the intelligent enterprise data capture software market, which includes a summary of the key findings and key statistics of the market. It also includes the market value (US$ million) estimates of the leading segments of the intelligent enterprise data capture software market. Chapter 02 u2013 Market Overview Readers can find the detailed taxonomy and the definition of the intelligent enterprise data capture software market in this chapter, which will help them understand the basic information about the intelligent enterprise data capture software market. This section also highlights the key inclusions and exclusions, which helps the reader understand the scope of the intelligent enterprise data capture software market report. Chapter 03 u2013 Key Market Trends The report provides the key trends that are expected to substantially impact the growth of the market during the forecast period. Detailed industry trends are provided in this section, along with key market developments or product innovations, key competition mapping, and veterinary health market outlook, which is likely to have a significant impact on intelligent enterprise data capture software market. Chapter 04 u2013 Key Success Factors This section includes the key inclusions of the report. It includes the product adoption & usage analysis, product timeline, regulatory assessment, reimbursement scenario, pipeline assessment & opportunity analysis, and manufacturesu2019 strategies for market expansion. Get more Insights Analysis on this Intelligent Enterprise Data Capture Software Market @ https://www.futuremarketinsights.com/ask-question/rep-gb-9098 Chapter 05 u2013 Global Intelligent Enterprise Data Capture Software Market Demand (in Value or Size in US$ Mn) Analysis 2014-2018 and Forecast, 2019-2029 This section explains the global market value analysis and forecast for the intelligent enterprise data capture software market between the forecast period of 2014-2029. This chapter includes the detailed analysis of the historical intelligent enterprise data capture software market, along with an opportunity analysis of the future. Readers can also find the absolute opportunity for the current year (2019 u2013 2020), and an incremental opportunity for the forecast period (2019 u2013 2029). Chapter 06 u2013 Market Background This chapter explains the key macro-economic factors that are expected to influence the growth of the intelligent enterprise data capture software market during the forecast period. Along with macroeconomic factors, this section also highlights the opportunity analysis for the intelligent enterprise data capture software market. This chapter also highlights the key dynamics of the intelligent enterprise data capture software market, which include the drivers, restraints, and trends. Moreover, it will enable readers to understand the key trends followed by the leading manufacturers in the intelligent enterprise data capture software market. Chapter 07 u2013 Global Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029, By Product Type Based on the product type, the intelligent enterprise data capture software market is segmented into software and services. Software has been further segmented into handwriting recognition, optical character recognition and intelligent document recognition. Services has been further segmented into consulting, training and implementation & support. In this chapter, readers can find information about the key trends and developments in the intelligent enterprise data capture software market and market attractiveness analysis based on the product type segment. Chapter 08 u2013 Global Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029, By Deployment A detailed analysis about the applications of intelligent enterprise data capture software in the intelligent enterprise data capture software market has been explained in this chapter. The component of intelligent enterprise data capture software have been classified into on-premise, SaaS & PaaS, and hybrid. In this chapter, readers can find information about the market attractive analysis based on deployment. Chapter 09 u2013 Global Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029, By Line of Business This chapter provides details about the intelligent enterprise data capture software market on the basis of line of business, based on which the market has been classified into finance, sales, human resource, legal and marketing. In this chapter, readers can understand the market attractiveness analysis based on line of business. Chapter 10 u2013 Global Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029, By Industries This chapter provides details about the intelligent enterprise data capture software market on the basis of industries, based on which the market has been classified into BFSI, healthcare, media and entertainment, education, professional services, construction, retail, government, manufacturing and others. In this chapter, readers can understand the market attractiveness analysis based on industries. Chapter 11 u2013 Global Intelligent Enterprise Data Capture Software Market Analysis 2014 u2013 2018 & Forecast, 2019 - 2029, By Region This chapter explains how the intelligent enterprise data capture software market will grow across various geographic regions, such as North America, Latin America, Europe, East Asia, South Asia, Oceania, and the Middle East & Africa (MEA). Chapter 12 u2013 North America Intelligent Enterprise Data Capture Software Market Analysis 2014 u2013 2018 & Forecast, 2019 - 2029 This chapter includes a detailed analysis of the growth of the North America intelligent enterprise data capture software market, along with a country-wise assessment that includes the U.S. and Canada. Readers can also find the regional trends, regulations, and market growth based on the Component, Applications, and countries in North America. Chapter 13 u2013 Latin America Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 Readers can find detailed information about several factors, such as the pricing analysis and the regional trends, which are impacting the growth of the Latin America intelligent enterprise data capture software market. This chapter also includes the growth prospects of the intelligent enterprise data capture software market in the leading LATAM countries such as Brazil, Mexico, and the Rest of Latin America. Chapter 14 u2013 Europe Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 Important growth prospects of the intelligent enterprise data capture software market based on its Applications in several countries, such as Germany, the U.K., France, Spain, Italy, Russia, Poland, and the Rest of Europe, are included in this chapter. Chapter 15 u2013 South Asia Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 India, Indonesia, Thailand, and Malaysia are among the leading countries in the South Asia region, which are among the prime subjects of assessment to obtain the growth prospects of the South Asia intelligent enterprise data capture software market in this chapter. Readers can find detailed information about the growth parameters of the South Asia intelligent enterprise data capture software market during the period 2018-2028. Chapter 16 u2013East Asia Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 This chapter highlights the growth of the intelligent enterprise data capture software market in the East Asia by focusing on China, Japan, and South Korea. This section also helps readers understand the key factors that are responsible for the growth of the intelligent enterprise data capture software market in East Asia. For more insights on the Intelligent Enterprise Data Capture Software Market, you can request for TOC at @ https://www.futuremarketinsights.com/reports/intelligent-enterprise-data-capture-software-market/table-of-content Chapter 17 u2013 Oceania Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 In this chapter, Australia and New Zealand are among the leading countries in the Oceania region, which are the prime subjects of assessment to obtain the growth prospects of the Oceania intelligent enterprise data capture software market. Chapter 18 u2013 MEA Intelligent Enterprise Data Capture Software Market Analysis 2014 - 2018 & Forecast 2019 - 2029 This chapter provides information about how the intelligent enterprise data capture software market will grow in the major countries in the MEA region, such as GCC Countries, South Africa, Northern Africa, and the rest of MEA, during the forecast period 2018 - 2028. Chapter 19 u2013 Market Structure Analysis In this chapter, readers can find detailed information about the tier analysis and market concentration of the key players in the intelligent enterprise data capture software market, along with their market presence analysis by region and product portfolio. Chapter 20 u2013 Competition Analysis In this chapter, readers can find a comprehensive list of all the leading stakeholders in the intelligent enterprise data capture software market, along with detailed information about each company, which includes the company overview, revenue shares, strategic overview, and recent company developments. Some of the market players featured in the report are u2022tOracle Corporation u2022tMicrosoft Corporation u2022tSAP SE u2022tHyland Software, Inc. u2022tIBM Corporation u2022tNewgen Software Technologies Limited u2022tBOX u2022tM-Files Inc. u2022tMicro Focus u2022tOpen Text Corporation and others Chapter 21 u2013 Assumptions and Acronyms This chapter includes a list of acronyms and assumptions that provide a base to the information and statistics included in the intelligent enterprise data capture software market report. Chapter 22 u2013 Research Methodology This chapter helps readers understand the research methodology followed to obtain the various conclusions as well as important qualitative and quantitative information about the intelligent enterprise data capture software market. About FMI Future Market Insights (FMI) is a leading provider of market intelligence and consulting services, serving clients in over 150 countries. FMI is headquartered in Dubai, the global financial capital, and has delivery centers in the U.S. and India. FMIu2019s latest market research reports and industry analysis help businesses navigate challenges and make critical decisions with confidence and clarity amidst breakneck competition. Our customized and syndicated market research reports deliver actionable insights that drive sustainable growth. A team of expert-led analysts at FMI continuously tracks emerging trends and events in a broad range of industries to ensure that our clients prepare for the evolving needs of their consumers. Contact Mr. Abhishek Budholiya Unit No: AU-01-H Gold Tower (AU), Plot No: JLT-PH1-I3A, Jumeirah Lakes Towers, Dubai, q United Arab Emirates MARKET ACCESS DMCC Initiative For Sales Enquiries: sales@futuremarketinsights.com For Media Enquiries: press@futuremarketinsights.com Website: https://www.futuremarketinsights.com

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MLM Software for Service Industry – MLM Software Tamilnadu

MLM Software for Service Industry u2013 MLM Software Tamilnadu Whether it is a marketing model or a payment software, an investment made into one of those essential elements for your business has to be done wisely. If you are aware of the multi-level marketing software model, then you know that it can help your business reach the heights of success in no time. But to make this possible, you must ensure that it is aligned into the operations in the most productive way. This can happen with an MLM software program that has been custom-built for your business.There are many plans involved in this marketing method and it is not very easy for any of them feasible. From the adoption of the plan to the development of the program, every single task has to be done very wisely.Many people think that networking marketing is meant for only a few products and services, but thatu2019s not true. The expandability of this business totally amazes you and it can also provide you many options for implementation. MLM Software Tamilnadu in MLM Software Development company that has been giving the best solutions to its clients. We are a team of experts who have researched deeper into this concept and have resolved issues that prevent businesses to adopt this solution. With our expertise and insight, it is possible for any entity to operate profitably. Thatu2019s because we enable you with the power of multi-level marketing and make it cost-effective for you as well. If you have been looking for a solution to make your startup successful, then get MLM software from us. MLM Software Development Plans : 1. Binary MLM Software 2. Unilevel MLM Software 3. Matrix MLM software 4. ROI MLM Software 5. Crowd Funding MLM Software 6. Cryptocurrency MLM Software Binary MLM Software plan Binary MLM Software Plan is suitable for all of MLM organizations irrespective of their sizes. We provide complete custom MLM Software package with the most profitable Binary MLM plan for MLM companies. A Binary Plan employs a Two Legged (Left leg, Right Leg) structure in Multi-Level Marketing where each new distributor or members is placed in either left or right sub tree. One sub tree is known as a Power Leg or Profit Leg while the second sub tree is a Profit Leg or a weak leg. The MLM Binary Plan is a most popular plan among MLM companies, network marketers, part-timers and members who want to earn through MLM business. Unilevel MLM Software Plan Unilevel MLM Plan is an unlimited width plan that allows you to sponsor only one line of distributors, so everyone you sponsor is on your frontline (i.e. no spillover).Besides that, MLM Companies are choosing product which can provide quality to user as well as more profit to company. Being an experienced service provider in MLM Industry, we can provide MLM Software as per your needs ofUnilevel MLM Plan with must have and high end features which guarantees flexible implementation of your neatly and nicely designed MLM UNILEVEL PLAN to ensure success of your company. Matrix MLM software Plan Smart people choose smart solutions to configure a business. We aim to provide such smart solutions, capable of configuring your matrix MLM business with smart transformation.Transformation to our system with the latest technologies ensures fast and real-time commission processing withcustomizable rank configuration rules. If you are planning to start your MLM business and want to make most of it, an MLM Matrix Plan is the best choice for you. However, you will need best quality matrix plan software to run your plan for profitability. Contact us today and allow us to design that software for you that give you the freedom, profits and reputation in the MLM industry. ROI MLM Software Plan The investment plan is one of the impressive MLM Business Plan which helps to generate indirect income. The main concept of Investment Plan is to invest once and earn more and more money in the form of royalty. Though many people want to invest in this plan, they are not aware of the plan so that they need to understand the MLM investment plan in detail. In this plan, multi-level marketing companies offer a daily based percentage to their downline members based on their investment. Crowd Funding MLM Software plan One of the most popular and agile plan is Crowd Funding Plan, where any individual can get the funding and make money easily. Within a short period of time, one who starts funding in a group gets good amount of money in back. Itu2019s always a better choice to become an entrepreneur and start own business. The choice of fund amount is decided by the individual and the only concern is that the group needs to raise their own fund and start funding individually. One can become a millionaire and come out with flying colors. The plan is thus simple, low investment/funding for the best and turns into a money monster. Cryptocurrency MLM Software Plan Cryptocurrency MLM Software Development services have now become accessible for small and medium-sized businesses as well. Crypto MLM software makes your work easier and gives you a better roadmap to follow. To integrate the Cryptocurrency with the MLM business is a smart idea as it offers you an opportunity to have the digital transactions from anywhere of the world without adding any transaction fees via Cryptocurrency. Benefits :- 1.Consultant Support There will be great consultant support with fast resolving the issues. 2.Expert Team There will be a expert teams to deliver their best efforts to ensure high-quality services. 3.On Time Delivery No worries whether the project is small or big, there will be a gurantee to delivery the project on-time . 4.Customer Focused Top-secure services to meet specific requirements of the client is preferred. 5.Excellent Resources To ensure successful completion of projects, collection all the necessary resources will be done. 6.Fully Customizable Developing the MLM software as per requirements with full support . Thanks for reading our content.To know more about our Services, kindly Visit our Website: MLM Software Tamilnadu 26, 49th Avenue, Ashok Nagar, Chennai u2013 600083 https://www.mlmsoftwaretamilnadu.in/ mlmsoftwaretamilnadu12@gmail.com Call : 91 9840566115

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MLM Software Importance – For Successful Network Marketing Business

MLM Software Importance u2013 For Successful Network Marketing Business To know more about our services please visit: https://www.ogsoftwaresolutions.com/ Phone : 9043588904 When a company or an individual planned for start online MLM business, they required online MLM software for their marketing. Through this the company can spread their business across the world. By using this software the administrator can easily manage all operations. It helps to the MLM companies for their revenue management and customer status. It provides various kinds of reports regarding sales, income, tracking customers easily, analytical and pictorial presentation in hierarchical structure of MLM customers. The internet has improved communication and made it simpler in many ways. Businesses whose success depends on the quality of communication have benefited from the internet even more than others. Now, we have many more opportunities to find high-quality leads and to make a sale. Itu2019s easy to connect with people who are interested in your product or your business, in general. Modern multi-level marketing is no longer just about approaching strangers. You can create a website and build an email list. Thanks to various types of software, you can combine MLM with different marketing strategies and achieve your business goals much quicker. Moreover, there are many kinds of MLM software that were created specifically for companies from a certain niche. You can find programs that will simplify various tasks. Og software solutions india pvt ltd is the provider-of-choice for all sizes MLM companies from the small and growing MLM businesses to well establish international company that desire to be more productive by automating their MLM business using information technology. What to Look for in an MLM Software for your Network Marketing Business? When searching for an MLM software program for your business, itu2019s important to be on the lookout for some important factors.For example, you should have a clear goal in mind so you know which tools to be on the lookout for. Determine if your final result is to increase sales, grow your team, or to simply enhance brand recognition. Having the right software that allows you to customize your design and build a platform that meets your business is the most important way to create a solid business structure that blows your competition away.Now that youu2019ve determined whether or not an MLM software program is the right fit for your business, itu2019s important to find a programthatu2019s up to the task. Remember, not all MLM software programs are created equal. Youu2019ll want one that is easy to use, with the potential to vastly increase your success rates. WHY MLM SOFTWARE IS REQUIRED? The reason why MLM software is required are: u2022Change the old way of MLM Business u2022Utilization of time u2022Leadership development in MLM Business u2022Different results & reports 1.CHANGE THE OLD WAY OF MLM Business In the old MLM strategies the MLM associate have to visit the home or work place of a prospect. It may end up with a wasting of time & energy. But now we are in the age of technology. By using software solution for the MLM business we can easily reach over the globe in a short span of time. This can save our valuable time. 2.UTILIZATION OF TIME There is a proverb that u201cTime & Tide Wait for Noneu201d. If you utilize your time in a proper way in the MLM business opportunity you can get more success in the business. MLM software helps you to utilize your time in a proper way so to get success in the MLM business. 3.LEADERSHIP DEVELOPMENT IN THE MLM BUSINESS Training & development is the success of any MLM business. As by using the MLM software any company can save its valuable time so the company can use this time in the training of the new joinees, which in the other hand can help in the development of the company. 4.DIFFERENT RESULTS & REPORTS Different reports generated by the MLM software helps to analyze the business. By the help of mlm software you can calculate the whole payout in a short span of time. By these reports one can easily analyze the growth of the MLM business. The benefits of opting for MLM software for your Network Marketing business: 1. Expand Your Business The chain business needs the addition of members on each level, and this, in turn, requires a lot of people management. It is essential to devise a system that studies this demand and organizes the people associated with the teams effectively. MLM software allows effective distribution of commission with new links in the chain. Direct selling software is ideal for organizing information at different levels of addition, and one can add as much information as needed. 2. Increase Business Scope By backing up websites and aiding them to manage content online, MLM software increases the scope of business. It attracts customers from offline and online platforms. This lets word-of-mouth marketing spread, where people can share personal experiences and stories. A personal touch enhances traffic on the website. Buyers increase, and the scope of business widens. 3. Higher Productivity MLM software helps in yielding higher productivity by focusing on internal business strengths and overpowering flaws. It can be quickly developed to suit specific enterprise requirements. This leaves scope for future changes, required in line with evolving market trends. Staying updated with the market without extra charges and overall business profits add to productivity. 4. Multi-Level Security MLM is a multi-level marketing system, and thereu2019s a massive degree of information management at different levels. A high level of privacy is maintained in records. As different sales persons, associates and stakeholders are linked to the chain; security is of the utmost importance. This is why MLM or network marketing software solutions are critical for business. 5. Lead Generation For building a robust sales pipeline, lead generation is crucial for the sustenance of a business. Marketing business needs MLM software with multi-level systems. As the software raises traffic generation on the website, they target leads and boost business profits. 6. Open Payment Gateways for Sales As more individuals are added to the team, the revenue for every member rises. Besides this, MLM software offers incredible and multiple payment gateway options. This adds to the ease of business handling and chain benefits from different deals. 7. Save Time, Money, and Effort This is equally crucial as a benefit of direct selling software. It becomes more manageable and less time-consuming to train and recruit members. Reporting systems come with scheduled or time generating feature, too. MLM software makes it effortless to schedule tasks and manages the MLM business. Thanks for reading our content.To know more about our Services, kindly Visit our Website: OG Software Solutions (India) Pvt .Ltd., https://www.ogsoftwaresolutions.com/ Prince Infocity II, Unit No. 107H, 23BH, Old Mahabalipuram Rd, Chennai, India u2013 600096 Phone : 91 904 35 88 904.

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(Epub Download) Choosing Theo (Clecanian #1) Full

BEST PDF Choosing Theo (Clecanian #1) BOOK ONLINE Copy Link Start here : https://bit.ly/310book Being kidnapped by aliens is only the start of Jade's problems. Thankfully, her rescuers, an alien race known as the Clecanians, are willing to protect her, but she has to stay on their planet for one year and respect the rules of their culture--including choosing a husband. Jade refuses at first but decides to play along until she can find a way back to Earth.Theo, a scarred mercenary who prefers a life of solitude, is stunned when Jade selects him as her husband. After years of being passed over, he never imagined he would be chosen and neither did anyone else. Only one explanation makes senseu2026the curvy enticing female must be a spy, and Theou2019s determined to break her cover using any means necessary.As Jade and Theo are forced to spend time together, their chemistry becomes undeniable. But neither can afford to bring love into the equation, especially since Jade seems determined to go home. After all, she can't possibly stay here, right? Online PDF Choosing Theo (Clecanian #1), Read PDF Choosing Theo (Clecanian #1), Download PDF Choosing Theo (Clecanian #1), free download Choosing Theo (Clecanian #1), Choosing Theo (Clecanian #1) download free, download book Choosing Theo (Clecanian #1), ebook download Choosing Theo (Clecanian #1), Full PDF Choosing Theo (Clecanian #1), All Ebook Choosing Theo (Clecanian #1), PDF and EPUB Choosing Theo (Clecanian #1), PDF ePub Mobi Choosing Theo (Clecanian #1), Reading PDF Choosing Theo (Clecanian #1), Book PDF Choosing Theo (Clecanian #1), read online Choosing Theo (Clecanian #1), Choosing Theo (Clecanian #1) Victoria Aveline pdf, by Victoria Aveline Choosing Theo (Clecanian #1), book pdf Choosing Theo (Clecanian #1), by Victoria Aveline pdf Choosing Theo (Clecanian #1),

118 views • 5 slides

Identity-and-Access-Management-Architect Exam Braindumps | Salesforce Latest Identity-and-Access-Management-Architect Ex

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64 views • 4 slides

Oracle 1z0-1057-22 PDF VCE Exam Latest Release | Updated 1z0-1057-22: Oracle Project Management Cloud 2022 Implementatio

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Define One Business Unit and Three Project Unitsr B. Define Two Business Units and One Project Unitr C. Define Two Business Units and Two Project Unitsr D. Define One Business Unit and Two Project Unitsr Answer: Dr Explanation:The recommendation for this scenario is to define one business unit and two project units. A business unit is an organization that performs one or many business functions such as transaction processing or reporting. A project unit is an organization that manages projects within a business unit or across multiple business units. By defining one business unit and two project units, you can meet the following requirements of the client organization:The management reporting and transaction processing requirements are the same for both the organizations: This can be achieved by using the same business unit for both the organizations, as the business unit determines the common setups such as ledger, currency, calendar, etc. for transaction processing and reporting.The project planning, management, analysis and reporting requirements are different for each organization: This can be achieved by using different project units for each organization, as the project unit determines the specific setups such as project types, templates, options, etc. for project planning, management, analysis and reporting. Defining two business units and two project units is not recommended for this scenario, as this would create unnecessary duplication of setups for transaction processingr NEW QUESTION # 102 A consulting services company is currently working on a business transformation project for your client that spans over 10 months. The total contract amount is 250000 USD. They have generated a revenue of 25000 USD and an Invoice of 10000 USD at the end of the first period.The accounting entry for revenue is:and accounting entry for invoice is:What will be the accounting entry when you reclassify the billing offset balances in the first period?r A. Dr Unbilled Receivables 10000 -Cr Accounts Receivables 10000r B. Dr Deferred Revenue 10000 -Cr Unbilled Receivables 10000r C. Dr Accounts Receivables 10000 -Cr Unbilled Receivables 10000r D. Dr Accounts Receivables 10000 -Cr Revenue 10000r Answer: Ar NEW QUESTION # 103 Your customer has a requirement to allow adjustment and reversals for transactions imported from an external expense entry system.Which section on the Manage Project Transaction Sources page will allow you to enable these options?r A. Transaction Sourcer B. Document Entriesr C. Documentsr D. Transaction Entriesr Answer: Br Explanation:The section on the Manage Project Transaction Sources page that will allow you to enable these options is Document Entries. This section allows you to define the attributes and options for each document entry type that is associated with a transaction source. A document entry type represents a group of transactions that have similar characteristics and processing rules. For example, you can define a document entry type for expense reports and enable adjustment and reversal options for this document entry type. The Documents section allows you to define the attributes and options for each document type that is associated with a transaction source. A document type represents a source document that contains one or more transactions. For example, you can define a document type for expense reports and enable validation and transfer options for this document type. The Transaction Source section allows you to define the attributes and options for each transaction source that is used to import transactions from an external system. A transaction source represents a system or application that provides transactions to Oracle Fusion Project Costing. For example, you can define a transaction source for expense reports and enable costing and accounting options for this transaction source. The Transaction Entries section allows you to review and manage the transactions that are imported from an external system using a transaction source. You can view, edit, adjust, reverse, validate, and transfer transactions in this section. Reference: https://docs.oracle.com/en/cloud/saas/project-portfolio-management/20c/oapfm/manage-project-costs.html#OAPFM2356241r NEW QUESTION # 104 Which product offering enables you to collaboratively plan and deliver projects by leveraging intuitive and integrated scheduling tools?r A. Project Controlr B. Project Managementr C. Project Costingr D. Resource Managementr Answer: Br NEW QUESTION # 105 Your customer has a requirement to allow adjustment and reversals for transactions imported from an external expense entry system.Which section on the Manage Project Transaction Sources page will allow you to enable these options?r A. Document Entriesr B. Transaction Sourcer C. Documentsr D. Transaction Entriesr Answer: Br NEW QUESTION # 106......r Success in the Oracle Project Management Cloud 2022 Implementation Professional (1z0-1057-22) certification exam helps people update their skills. 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