2. ECE 396 – Senior Design I Fall 2015 Semester Lecture 1 Introduction to Senior Design

3. Instructor: Dr. Vahe Caliskan vahe@uic.edu http://www.uic.edu/~vahe

4. Engineering design Project Teamwork Oral and written presentation skills Project Management Professional Awareness This course teaches:

5. J. Eric Salt and Robert Rothery, Design for Electrical and Computer EngineersDesign for Electrical and Computer Engineers, John Wiley & Sons, 2001, ISBN: 978-0471391463. The reference textbook: This text will be used as a reference. I will make the necessary material available on Blackboard.

6. Final report presenting the paper design of a product that your group has come up with Formal presentation of your design during 14 th, 15 th or 16 th week ECE 396 “deliverables”

7. Final report documenting the complete design effort, and a demonstration of your product Formal presentation of your design during 15 th or 16 th week Participation in the Engineering EXPO ECE 397 “deliverables”

8. Lecture Topics The design process Public speaking Teamwork UIC resources Safety Project management Documentation

9. Lecture Topics (cont’d) Licensing Liability Industry standards, codes and regulations Intellectual property Engineering ethics

10. Lecture Topics (cont’d) Reliability Modeling / simulation Prototyping Ergonomics, user interface Energy requirements Maintainability Manufacturability

11. Lecture Topics (cont’d) Redundancy UIC Senior Design EXPO Continuing education Research and graduate studies Professional societies Specifications Mail-order part suppliers

12. a)ECE News b)Company profile c)New product overview d)Mini-design topic e)Tools of the trade f)Your group’s design topic Possible presentation topics

13. How I will rate your presentations Content - was it interesting, accurate, with references provided? Clarity - were you clearly heard and understood by the class? Appearance - was the presentation visually impressive?

14. General Presentation Guidelines –Use visual aids –Have speaker’s notes –Provide references –Keep it short and to the point –Assume an ECE audience

15. Most importantly  you need not feel nervous, because... –expectations are low –consequences are insignificant –everyone must do it –practice is what you need –life is short

16. Common mistakes Not facing the audience Not being heard by all Reading along with the audience Too much information per slide Excessive effects that serve no purpose

17. Considerations When Choosing a Design Project Topic Does every member of your group find it interesting? Does it serve a useful purpose, address some need? Will it help expand your ECE knowledge and skills? Will it look good on your resume, help you find a job? Will every member of your group be able to meaningfully contribute in its design?

18. Considerations When Choosing a Design Project Topic Is it feasible to accomplish with the available resources? –money –time –equipment –information, expert help –means of fabrication –your technical competence –development tools

19. Considerations When Choosing a Design Project Topic Is it an ethical goal to pursue? Will it create any safety concerns? –danger to the user –danger to the environment Will parts be available when you need them? May its operation be simulated before the final product is completed?

20. ECE Design Project Categories (according to physical description) stand-alone circuit a circuit that interfaces with existing products stand-alone circuit with software (embedded processor) software only an algorithm, fabrication method, IC layout, or other description of a process

21. ECE Design Project Categories (according to function) personal convenience communications test & measurement educational aid engineering design tool aid to the disabled proof of concept demo

22. ECE Design Project Categories (according to function) memory device signal or data processor security, monitoring interface algorithm or process art

23. Take advantage of … breadboarding PC platform free samples, student discounts knowledge from your hobby, job, expert sources available facilities existing products for parts existing products for ideas, solution methods development tools

24. Engineering involves … applying the knowledge of science, technology, past experience judgment and creativity of design solving society’s problems

25. Engineering Design involves … knowledge and creativity methodically applied to obtain a product / process meeting certain specifications to satisfy a need

26. An engineering design reality Good Fast Cheap (pick any two!)