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Engineering Technology Senior Project

Engineering Technology Senior Project. Day 1 Presentation. Welcome to Your Senior Project. It’s like no other class you’ve had! You become both the student and the teacher!. Agenda. Welcome to Senior Project Expectations Engineering Design Process Global Project Tasks Organization

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Engineering Technology Senior Project

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  1. Engineering TechnologySenior Project Day 1 Presentation

  2. Welcome to Your Senior Project It’s like no other class you’ve had! You become both the student and the teacher! Engineering Technology

  3. Agenda • Welcome to Senior Project • Expectations • Engineering Design Process • Global Project Tasks • Organization • History • Requirements • Support • Projects Engineering Technology

  4. What Will We Do? • You will work as part of an interdisciplinary project team • Your team will be given a design problem by an industrial client. • Your team will provide a proven solution. Engineering Technology

  5. What Does This Look Like? Free format No lectures No tests Youdo the planning. You are responsible for learning. No intermediate grades. Engineering Technology

  6. Engineering Design Process • Identify a Need • - Identify a Need • - Understand the sponsor/market • Conceptual Design • - List Specifications • - Functions and requirements • - Brainstorming and inventing • - Prototyping • - Decision Analysis Engineering Technology

  7. Engineering Design Process • 3. Preliminary Design • - Dimensional Modeling • - Material Selection • - Analysis/Calculations • - Basic Testing • - Predict Performance • 4. Final Design • - FMEA • - Manufacturing and Process Flow • - Detail Drawings • - Prototype Testing Engineering Technology

  8. Engineering Design Process • 5. Manufacture • - Adherences to Specifications • - Performance of Product • 6. Delivery Engineering Technology

  9. Global Project Tasks • 1. Project Planning • - Scheduling and budgeting • 2. Design Reviews • - Critical Decisions • - Funding • - Design for Manufacture Engineering Technology

  10. Global Project Tasks • 3. Component Purchase • - Vendor Identification • - Price and timing • - Administrative red tape • 4. Fabrication • - Outsource or build • 5. Market Presentation • - Sell your product Engineering Technology

  11. How Will the Teams Be Organized? • You will work in project teams with complementary skills and interests. • For proper staffing, we will assign projects and teams. • You will need to be a team player. • Your success requires a commitment to the TEAM and an investment of time beyond scheduled class times! Engineering Technology

  12. Structure Organization Advisors - Oversee activities - Provide feedback Team Leaders - Maintains budget and schedule - Organizes group effort - Communicates amongst team, advisors and clients Team Members - Participate in making critical decisions - Accept ownership of assigned tasks - Produce high quality results on schedule - Performs technical work Engineering Technology

  13. Expectations • Willingness to take initiative • Sensitivity to client requirements • Quality technical results • Adherence to financial and schedule constraints • Effective communication • Showcase your Knowledge, Skills, and Abilities ! Engineering Technology

  14. Grades A B- • Your team receives a project grade based on effort, quality and results. • - From the client • - From the UD design advisors • However…. • You will receive an individual grade based on the team grade and your individual participation as judged by the other team members and your advisors. D F C+ Engineering Technology

  15. Grade History Engineering Technology

  16. Time Requirements Class Time: 48 Hours (16 weeks * 3 Hours) Outside Time: 96 Hours (Class Time * 2) Total Time: 144 Hours (9 hours a week) Team Time (x6): 864 Hours Engineering Technology

  17. What Type of TEAM Will You Be? Engineering Technology

  18. Facilities • Conference meeting rooms • Telephone, email, fax • Design publications, internet • Management Software (MSProjects) • CAD software (AutoCAD, Inventor) • Analysis Software (FEA, MultiSim, Motion) • Machine Shop • Fabrication Area • Laboratories • Faculty Consultants Engineering Technology

  19. Exercises • Work Preferences Test - Myers/Briggs • - Benefits of understanding yourself….Knowledge is • Power! • - Build self-confidence • - Become more decisive • - Understand your reactions • Senior Project Entrance Survey • - Communicate your interests • - What are your strengths and weaknesses • - Desire to lead a team Engineering Technology

  20. Work Preferences Test Engineering Technology

  21. The Results…..Work PreferencesHow well do I know myself? E or I ? D or T ? O or G ? F or J ? Engineering Technology

  22. Extroversion vs. Introversion Extroversion - Focus on the environment - Very conscious of others Introversion - Focus on inner world of ideas - Important to please themselves. Engineering Technology

  23. Doer vs. Thinker Doer - Interested in the realistic and practical side of events. - Focus on concrete information Thinker - Can see beyond immediate reality - People view toward possibilities. Engineering Technology

  24. Organizer vs. Go with the Flow Organizer - Likes a planned, orderly way to control events. - Prefer to have things settled. Go with the Flow - Prefer flexible and spontaneous approach to tasks. - Adapts to events. Engineering Technology

  25. Fixed vs. Judging Fixed - Likes to take an idea and run with it. - Snap decision makers. Judging - Remains open to new ideas. - Slow decision makers. Engineering Technology

  26. Fall 2006 Senior Design Projects • 01FA06 Copeland • 02FA06 Crane • 03FA06 Hobart • 04FA06 Rittal • 05FA06 Sonne • 06FA06 WTC Engineering Technology

  27. 01FA06 – Copeland Engineering Type of Project: Compressor Capacity Background: Copeland is a world leader in the design and manufacturing of scroll compressors for the air conditioning and refrigeration market. Description of the Project or Problem: A new design concept to increase the capacity of the compressor is to feed a portion of the high pressure vapor from the condenser coils into the compression chamber. Deliverables: This project involves the design, analysis, prototype and testing of the scroll, tubing, valves, associated hardware, etc. Being a high volume manufacturer the cost and assembly ease are extremely important factors along with performance and reliability. Engineering Technology

  28. 02FA06 – Crane Pumps Type of Project: Design and Build Background: Crane Pumps & Systems (CP&S) currently makes a wide number of pumps including: sump pumps, municipal sewage treatment pumps, boiler room pumps, marine pumps, processing plant pumps, and more used in power generating stations, paper mills, construction sites, utility maintenance fleets and even in farm fields. Description of the Project or Problem: The project is the design, build and test of an automated inspection device to assure the quality of their float level control for sewage retention stations. Each float level transducer they fabricate is 100 percent inspected before shipping. Rather than do this manually they would like to have an automated device to sense (and adjust?) the levels and determine if they have been set correctly. Deliverables: Complete design Engineering Technology

  29. 03FA06 – Hobart GFCI Type of Project: Design, fabricate, test Background: Hobart is the largest manufacturer of mixers in the U.S. Description of the Project or Problem: Hobart’s 20 Qt. mixers trip the GFCI breakers upon start. Evidentially, this is a common characteristic of variable frequency drives, but it doesn't happen with all GFCI devices. We would like to find a low-cost resolve to this issue. So far, we have looked at providing a replacement GFCI that works with the drive, isolating the motor using ceramic bearings (too expensive) and using an isolation transformer (expensive and too large). Deliverables: Review current GFCI technology Test different designs to prevent GFCI false tripping Recommend changes to current system Engineering Technology

  30. 04FA06 – Rittal Warehouse Type of Project: Storage layout for raw materials Background: The company fabricates and assembles nearly all components that go into making electronic cabinets. Description of the Project or Problem: These components are used infrequently on the custom line because each cabinet is custom built according to the end user. Extra parts made need to be stored in a warehouse until they are needed. These parts need to stay separate from the assembly line parts. Deliverables: Re-layout the assembly area Design a warehouse storage strategy Engineering Technology

  31. 05FA06 – Sonne Light Sentry • Type of Project: Design, fabricate, test • Background: Development of a new lighting control unit to be manufactured • Description of the Project or Problem: • Develop a photo sensor and a control system that can be packaged into one system. • Deliverables: • Engineering drawings of the final design. • Material Cost Estimates • Prototype for UL approval • Package Design Engineering Technology

  32. 06FA06 – WTC Type of Project: Design and Build Background: The EE department is upgrading their wafer fabrication laboratory. Description of the Project or Problem: They would like us to build them a new wafer treatment cell. A wafer treatment cell should be able to control temperature, pressure, and application of material to the wafer. Deliverables: Build a wafer treatment cell Engineering Technology

  33. Senior Project Entrance Survey • What are your skills? • What are your preferences? • What are your hobbies? • What are you good at? • Are you interested in leadership? Engineering Technology

  34. Fall 2006 Senior Design Projects • 01FA06 Copeland • 02FA06 Crane • 03FA06 Hobart • 04FA06 Rittal • 05FA06 Sonne • 06FA06 WTC Engineering Technology

  35. Next Class! • Project Management – Brief Review • Define Teams • Distribute Projects/Clients to Teams • Perform Teaming Exercises • Plan Client Visits • Communicate Proposal Information • Team Leader Roles/Expectations/Interest • Develop Team Guidelines/Contract Engineering Technology

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