Invention and Prototyping
In Fall 1998, Prof. Issam Mudawar initiated ‘Invention and Prototyping’ as the primary requirements for the School of Mechanical Engineering capstone course Engineering Design (ME463). Previously, this course relied entirely on oral and written reports as the only performance requirements. Mudawar’s new format continued the basic course philosophy of guided practice in integrating engineering sciences toward solving practical engineering design problems, but instated invention and prototyping as the new course deliverables, and failure in either was deemed an unacceptable outcome. The semester-long projects are now conducted by teams of five students using the following format:
2 weeks
- Problem definition
- Patent, commercial product searches
- Team dynamics
3 weeks
- Conceptual design
- Special topic presentations
3 weeks
- Component analysis
- Detailed design using CAD
- Selection design
4 weeks
- Hardware acquisition
- Machining
- Instrumentation
- Assembly
- Testing
2 weeks
- Performance analysis
- Cost analysis
1 week
- Final deliverables (prototype, poster, oral report, written report)
Some past projects
- Assisted bathing chair | Presentation | Video
- Backpack-mounted desalinator | Presentation
- Beverage cooler | Presentation
- Bicycle operated reverse osmosis | Presentation
- Condensation in spacecraft | Presentation | Video
- Cooled helmet | Presentation
- Cooled seat for sports events | Presentation
- Cooling vest using dry ice | Presentation
- Desalination by fire | Presentation | Video
- Dual-piston wall ascent and descent robot | Presentation | Video 1 | Video 2 | Video 3
- Fan-cooled umbrella for summer events | Presentation
- Firefighter emergency cooling | Presentation
- Flapping wing micro air vehicle | Presentation | Video
- Four suction cup climbing robot | Presentation | Video 1 | Video 2
- Guitarist ankle wah controller | Presentation
- Heat pipe bundle | Presentation
- Horizontal to vertical wall-climbing robot | Presentation | Video
- Ice cooled golf bag | Presentation
- Intelligent climbing robot | Presentation
- Lever action reverse osmosis system | Presentation | Video
- Loop heat pipe | Presentation
- Manual water desalination system | Presentation
- Mechanically pumped loop for spacecraft thermal management | Presentation
- Phase change material firefighter vest | Presentation
- Portable insulin cooler | Presentation
- Pulse tube cooler | Presentation
- Racecar driver suit | Presentation
- Rapid beverage cooler | Presentation
- Satellite loop and radiator | Presentation
- Ship sinking by methane bubbles | Presentation | Video 1 | Video 2
- Sliding-piston wall-climbing robot | Presentation | Video
- Solar desalination | Presentation | Video 1 | Video 2
- Solar desalination for underdeveloped nations | Presentation
- Solar electric hybrid bicycle | Presentation | Video
- Spacecraft boiler | Presentation
- Spacecraft cooling loop | Presentation | Video
- Thermoelectric cooler T-shirt | Presentation
- Thermosyphon boiler | Presentation
- Underwater ROV | Presentation | Video 1 | Video 2
- Wind turbine power sharing | Presentation | Video