1. Smart Power Supply Test Bench P16203 ANDRE PELLETREAU, KERRY OLIVIERA, JEREMY WILLMAN, RADOSLAW MASLANKA, VINCENT STOWBUNENKO

2. Agenda Problem Statement Stakeholders Deliverables Use Case Benchmarking Customer Requirements Engineering Requirements House of Quality Safety Project Plan Next 3 weeks

3. Problem Statement No existing test fixture Operator safety is the most important aspect Quick, efficient, and accurate testing for customer satisfaction

4. Stakeholders Bear Power Supplies ◦Technician ◦Troubleshooting Team ◦Design Engineers ◦End customer MSD Team RIT

5. Use Case

6. Project Goals and Deliverables Finished and functional test fixture All documentation related to its creation Comprehensive operators manual including fixture troubleshooting guide Poster Demonstration at Imagine RIT Summary of Smart Power Supply Test Bench design process

7. Benchmarking Custom build for Bear Power Supplies ◦Attempt to utilize pros of current fixtures and eliminate cons ◦Interviewed operators for input on design

8. Customer Requirements

9. Engineering Requirements

10. Engineering Requirements Pt. 2

11. Engineering Requirements Pt. 3

12. House of Quality

13. Risk Management MSD Team Safety ◦Safety procedures for developing and testing the fixture Lab Environment Safety ◦Properly display warnings that high voltage is being worked with ◦Provide active interlock to prevent access to power supply of sub-assemblies wile high voltage is present Operator Safety ◦Protect the operator from potential harm cause by UUT failure or AC line exposure

14. Project Plan

15. Next 3 weeks…

16. Questions?