CMR-EDC JOURNEY
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Presentation Transcript
CMR ENGINEERING COLLEGE(UGC AUTONOMOUS) CMREC EDC JOURNEY Presented By: Dr.Rajendra Prasad EDC Coordinator
Contents Hackthon & Start-ups 01 03 05 07 Projects Exhibition Seed Funded Schemes Innovation & Incubation 02 04 06 08 Recent Developments of R & D Grants Patents, Papers & Projects Facilities of Incubation Club Activity
College level Hackthon • CMR Engineering College has conducted internal Hackthon for Smart India Hackathon-2023. • The purpose of the Internal Hackthon is to nominate the winning teams to SIH-2023. • The aim is to find the technological solutions for the problems with different domains like Smart education, Disaster Management, Transportation & Logistics, Tourism, Blockchain & Cyber security, Heritage & Culture, Robotics & Drone, Renewable & Sustainable Energy, Fitness & Sports, Smart Vehicles, Smart automation, Clean &Green technology etc.
College level Hackthon • The total number of teams participated in INTERNAL HACKATHON-2023 are 130. • The prototype evaluation process has been conducted and the Jury members have seen the Ideas, Implementation, and working models of every student. Finally, 15 teams were shortlisted. • The prototype evaluation process has been conducted & 15 teams were shortlisted. Finally, based on the prototype, cost of the proposed model, viability, etc.
Start-up Process • We are organizing Tech talks by the Industry experts, talking with people about their start-up problem. • Organizing events like ( IGNITE) collaborated with ATAL Incubation Centre, Sri Krishnadevaraya University, Ananthapur, Andhra Pradesh. • With an aim to mentor the ideas with potential feasibility, this provides a unique platform for enthusiastic and budding entrepreneurs to understand and gauge the entire process of pioneering a Start-Up company. • Mentors assist students to refine and fine-tune their business idea to fit the current market requirements.
Research Publications in SCI/ Springer/ Scopus … 2019 2022 220 148 175 90 2021 2023 75 2020
Patents Details • Till Now 150 patents were Filed\ Published. • 15 Patents were Granted Funding.
Faculty Contributions - Sponsored Projects Financial Support received from DST Scheme - India-Slovenia Bilateral Scientific and Technological Cooperation on “Use of Ultrasound Contrast Agents in Detecting Early Stages of Atherosclerosis”, in the year 2022, (FileNo. DST/ICD/Slovenia/P-11/2022), for Project Cost - Indian side INR: 23.4 Lakhs and Slovenian side: 30,000€jointly with IIT Madras. Financial Support received from DST Scheme - STEMM Demonstration and Popularization on "Creating Scientific Awareness Through STEMM Demonstrations",in 2022, (FileNo. TPN/70792), for Rs. 22.35 Lakhs. Financial Support received from DST Scheme - Science Communication Through Traditional and Novel Methods and Low-Cost Teaching Aids on "Efficacy of Digital Pedagogy for Effective Low-Cost Teaching-Learning Process in Mathematics at Current Scenario in Medchal-Malkajgiri District of Telangana State", in the year 2022, (FileNo. CO/R/TS/S33/2022), for Rs. 13.48 Lakhs. Financial Support received from DST Scheme – Science Technology and Innovation (STI) based Entrepreneurship Training Programme on "Technology-Based Entrepreneurship Development Programme TEDP on “Hybrid Electric Vehicles” delivered through Online Mode ",in the year 2022, (FileNo. DST/NEB/STITTP/2022/189), for Rs. 6.4 Lakhs.
Faculty Contributions - Sponsored Projects Our project got sanctioned by the SERB for funding under Teachers Associateship for Research Excellence (TARE), titled "Establishing Hybrid Hydrodynamic Assisted with Acoustic Cavitation Water Treatment Facility for High-Quality Drinking Water",for a period of 3 years (2022-25) with Research Grant of Rs. 18,30,000/-[File Number: TAR/2022/000116]. Selected forfunding to conduct aTwo-Day National Seminar on “Computational Fluid-Structure Interaction: New Methods and Computational Challenges” will be held on 29-30, November, 2022 with financial assistance of Rs. 1.2 Lakh, from SERB-India,[File No. SSY/2022/000296]. Selected for SERB - Karyashala – Two High-End Workshop’s for Rs. 10 Lakhs in the year 2022 (File No. AV/KAR/2021/0023) scheme for CSE-Data Science and ME Departments. Received funding to organized a Two-Day National Seminar on “Developments in Computational Fluid Mechanics and its Application in Various Industrial Problems” with the financial assistance of Rs. 1 Lakh, from SERB-India,(File No. SSY/2021/000018).
Faculty Contributions - Sponsored Projects Selected our student project for financial support, “Establishing Novel Screw Hydroturbine with Optimal Design and Performance: Sustainable Potential in Rural”,from The Institute of Engineers (India) R&D Grant-in-aid Scheme of Rs. 50,000/-, in 2022 (File No. R.4/2/UG/2021-22/UG2022009). Selected our student project for financial support, “Design and Implementation of a High Speed Low Power Piplelined Multiplier for HEVC Standard Video Processor”,from The Institute of Engineers (India) R&D Grant-in-aid Scheme of Rs. 45,000/-, in 2018 (File No. R.2/2/UG/2019-20/UG2020017). Selected our student project for financial support, “Establishing Novel Silt and Cavitation Erosive Wear Test Facility for Testing of Materials Used for Hydroturbine Components”,from The Institute of Engineers (India) R&D Grant-in-aid Scheme of Rs. 30,000/-, in 2019 (File No. R.2/2/UG/2019-20/UG2020017).
Faculty Contributions - Sponsored Projects AICTE Grant-in-Aid under the SchemeMODROB (Aspirational Institutions) for the project entitled Center for Advanced Research in “Experimental and Computational Fluid Dynamics and Fluid Machinery”in the year 2022, (FileNo. 9-1A/IDC/MODROB-ASP/Policy-1/2021-22), for Rs. 31.04 Lakhs. AICTE-SPICES (Scheme for Promoting Interests, Creativity and Ethics among Students) “Hybrid Electric Vehicles Club (HEV-Club)”,for Rs. 1 Lakh, in the year 2021 (File No. 10-18/AICTE/IDC/SPICES/2020-2021) for ME and ECE Departments AICTE-AQIS-Short Term Training Program (STTP) on “Developments in Computational Fluid Mechanics”, for Rs. 3.78 Lakhs,in the year 2020, (FileNo. 34-65/280/RIFD/STTP/Policy-1/2018-19). AICTE-AQIS-Short Term Training Program (STTP) on “An Overview of Current Trends and Research Challenges in Image Processing using Deep Learning”, under ECE Department, Rs. 4.2 lakhs.
Faculty Contributions - Sponsored Projects AICTE-AQIS-Short Term Training Program (STTP) on “Recent Trends in Digital Manufacturing”, under Mechanical Engineering Department, Rs. 3.7 lakhs. AICTE-AQIS-Short Term Training Program (STTP) on “Advance Analysis of Wireless Communication and Soft Computing”, under ECE Department, Rs. 3.5 lakhs. AICTE - India Travel Grant of Rs.1.23 Lakhs, to attend “2nd IAHR Asia Symposium on Hydraulic Machinery and Systems”, South Korea, which was held on 21st September 2020 in Busan, Korea, (File No. 10-11/RIFD/TG/Policy-1/2019-20). 8. Selected forAICTE – ISTE Induction/Refresher Program as a convener on “Multiphase Flow and Heat Transfer”, for Rs.93,000/-, in the year 2021-2022 (File No. ISTE/AICTE-ISTE FDP/2021-22). 9. Selected for AICTE- Grant-in-Aid to Organize “National Conference on Emerging Experimental and Computational Trends in Mechanical Engineering”for Rs. 50,000/- in the year 2020 (FileNo. 67 -2/ IDC/GOC/POLICY -7/2019 -20).
Faculty Contributions - Sponsored Projects Dr. A. Srinivasula Reddy, received financial support sponsored by AICTE, under Skill and Personality Development Programmes Centre for SC/ST Students (SPDC), Rs. 17.5 lakhs, in the year 2019. Dr. A. Srinivasula Reddy, received financial support sponsored by AICTE, under PRERANA Scheme, Rs. 5.25 lakhs, in the year 2020. Dr. A. Srinivasula Reddy, received Financial support sponsored by AICTE-ISTE Induction programmeon "Field Computations in Electrical Engineering",Rs. 3 lakhs, in the year 2020. Our college has been nominated under the AICTE’s scheme “MARGDARSHAK”, to help St. Mary’s Group of Institutions, Hyderabad, for improving their teaching learning processes and lead to accreditation of the institute by NBA
Faculty Contributions– Sponsored Projects • Selected for organizing the Seminar on the theme“Role of Engineers in Indian Independence Movement: A Historical Introspection”,by the Expert Committee of ICSSR, with the financial assistance of Rs. 1 Lakh[ICSSR-NIS/AKAM/4th/6/2022-23]. Selected for organizing the Seminar on the theme “Recent Applications in Cognitive Learning with Data Science”, by the Expert Committee of CSIR with the financial assistance of Rs. 15,000/- [CSIR/AKAM/4th/6/2019-20]. Consultancy Projects from various reputed organizations – Rs. 60 lakhs. Research Publications – 970| Books/Chapters – 74 | Patents – 76 Faculty Research Incentives from College – Rs.50 lakhs| 30 %PhD Faculty Mr. YadagiriKarthik– Received “ISB-TEP Student Start-up Funding” – 100 lakhs. CMR Engineering College is selected for the “ISTE Best Student Chapter” from the Indian Society for Technical Education India.
4. MSME Idea Hackathon 2022 Our Institute has approved six ideas under "MSME Idea Hackathon-2022. Title of the Idea - 1: Design and Development of an Affordable Portable Ventilator System for Patient Emergency Support (Ref.No:IDEATS002841) Title of the Idea - 2: Novel Eco-Friendly Solid Waste Management System with Waste Heat Recovery for Rural Villages (Ref.No: IDEATS002840) Title of the Idea - 3: Solar Energy-Based Rickshaw Ambulance for Remote Locations (Ref.No: IDEATS002842) Title of the Idea - 4: Water Quality Monitoring System-it aims to determine the contamination of water and leakage within the pipeline and also automatic measuring of parameters such as temperature, pH value, flow color, and conductivity in real time (Ref.No: IDEATS002847) Title of the Idea - 5: Establishing Hybrid Hydrodynamic Assisted with Acoustic Cavitations Water Treatment Facility for High-Quality Drinking Water (Ref.No: IDEATS002838) Title of the Idea - 6: Device to Improve Switching Speed and Provide Better Sensitivity at Low Frequencies (Ref.No: IDEATS002839)
Title of the Idea - 1: Design and Development of an Affordable Portable Ventilator System for Patient Emergency Support (Ref.No:IDEATS002841) Description The Covid-19 pandemic has caused havoc throughout the world. In all countries, nationwide lockdown was imposed in the wake of a formidable adversary, the Covid-19 pandemic. With the number of cases increasing exponentially, hospitals faced a dangerous shortage of life-saving equipment and personnel. To overcome the shortage of these devices, we have decided to make a portable ventilator prototype using Arduino. It will works in different modes, depending on the patient's needs. Ventilator Trigger pressure-controlled ventilation Proportional Assist Ventilation pressure-controlled Inverse-Ratio Ventilation Airway Pressure-Release Ventilation Dual Control Breathe-To-Breathe-Pressure-Limited Flow-Cycled Ventilation
Circuit Diagram of Portable Ventilator System Prototype Main hardware components used for the current Portable Ventilator System, (a) Arduino, (b) Bag Valve Mask, (c) Pulse Oximetry and Heart-Rate Monitor Sensor, (d) Stepper Motor, (e) Lead screw mechanism, (f) LCD module, (g) 12V Battery, and (h) Voltage Regulator Circuit Diagram of Portable Ventilator System Prototype
Fully Assembled Portable Ventilator System - Prototype Fully Assembled Portable Ventilator System Prototype
Title of the Idea - 2: Novel Eco-Friendly Solid Waste Management System with Waste Heat Recovery for Rural Villages (Ref.No: IDEATS002840) DESCRIPTION: • Waste disposal is one of the major problem being faced over the world and India is no exception. • The constituents of Solid Waste (SW) highly heterogeneous and their percentages widely depends on the sources like residential places, markets, and office areas. • Among the various technological options for scientific disposal of municipal solid waste management for following safe disposal practices are generally adopted in developed countries • The main objective of this project is to develop, operate and maintain an Integrated Solid Waste management infrastructure for our society.
DESIGN OF OUR INCINERATOR Fig.1. Diagram of Solid Waste Management System
Title of the Idea - 3: Solar Energy-Based Rickshaw Ambulance for Remote Locations (Ref.No: IDEATS002842) • DESCRIPTION • Diversify utilization of renewable energy is the trend of today's era. • Making the energy accessible to the poor through solar-based equipment can contribute in developing the socio-economic condition of the rural areas. • In the developing countries, the health sector of the rural area draws much attention. • The transportation system of these rural areas is one of the main problems of health sector. • In the proposed model, solar energy will be used as a fuel to run the rickshaw ambulance.
Block Diagram of Solar Energy-Based Rickshaw Ambulance for Remote Locations Solar Energy-Based Rickshaw Ambulance for Remote Locations
Title of the Idea - 4: Water Quality Monitoring System-it aims to determine the contamination of water and leakage Within the pipeline and also automatic measuring of parameters such as temperature, pH value, flow color, and conductivity in real time (Ref.No: IDEATS002847) DESCRIPTION This project relates to a smart water quality monitoring system. Safe water is becoming a scarce resource, due to the combined effects of increased population, pollution, and climate changes. Water quality monitoring is thus paramount, especially for domestic water. Traditionally used laboratory-based testing approaches are manual, costly, time consuming, and lack real-time feedback. Recently developed systems utilizing wireless sensor network technology have reported weaknesses in energy management, data security, and communication coverage. Due to the recent advances in Internet-of-Things (IoT) that can be applied in the development of more efficient, secure, and cheaper systems with real-time capabilities, for domestic applications.
Water Quality Monitoring System Water Quality Monitoring System
Title of the Idea - 5: Establishing Hybrid Hydrodynamic Assisted with Acoustic Cavitations Water Treatment Facility for High-Quality Drinking Water (Ref.No: IDEATS002838) • DESCRIPTION • This project work relates to a hydrodynamic cavitations system for removing various microorganisms in a fluid by using cavitation. • OBJECTIVES • The specific objectives of this work are as follows: • Development of a hybrid two stage cavitation-based water treatment facility that incorporates hydrodynamic cavitation as the first stage and acoustic cavitation as the second stage. In each of the stages, specific studies will be carried out as well. • In hydrodynamic cavitation water treatment studies, it is planned to study • The influence of the geometry of the flow chamber on the water quality and intensity of cavitation. • The effect of parameters like of the cavitation number, fluid temperature etc • In acoustic cavitation water treatment studies, it is planned to investigate the effect of the intensity and frequency of the acoustic irradiation on the water quality.
Proposed set-up for controlled hydrodynamic cavitation-water treatment Schematic diagram of the hybrid hydrodynamic and acoustic cavitation experimental setup Design of the hydrodynamic cavitation generator
Title of the Idea - 6: Device to Improve Switching Speed and Provide Better Sensitivity at Low Frequencies (Ref.No: IDEATS002839) • DESCRIPTION • This works relates generally to RF switch (Radio Frequency Switch). • More particularly, relates to a PIN 10 diode based RF switch with molybdenum disulphide (MoS2) as an intrinsic layer • to improve switching speed and to provide better sensitivity at low frequencies. Device to Improve switching speed • BACKGROUND • Electrical switches (RF switches) are widely used in microwave and millimeter wave integrated circuits (MMICs) for many telecommunications applications, including signal routing devices, impedance matching networks, and • adjustable gain amplifiers, tunable preselectors, frequency synthesizers as well as automotive applications. • RF switch or Microwave switch is a device to route high frequency signals through transmission paths. • RF switches are extensively employed in microwave test benches and as antennae in trans-receiver systems. • However the functionality of these RF switches exhibits extensive changes with changes in the intrinsic layer present in the PIN diode which throws light on some of the backdrops of the PIN diode. The PIN diode acts as a current controlled resistance which has less value when diode is forward biased and exhibits as if an open circuit path for reverse bias condition. • The intrinsic layer in the PIN diode is made of single layer silicon, which has a minority carrier life • time of approximately 32 milliseconds and in order of 10-9s when silicon is heavily doped. This carrier life time is directly proportional to the Reverse Recovery Time of the diode (Trr) which in turn limits the switching speed of the • device. Also it is clear that RF switches are applicable only at high frequencies because of their less sensitivity to low frequencies. Hence there is need to overcome inferiorities of solid state PIN diode based RF switches.