2011 EXPO Webcast On Demand

Recorded Live at the University of Idaho Engineering Design EXPO on Friday April 29, 2011

Each year our engineering students experience the design process first-hand by working with real world clients to create solutions for a better future. Whether it’s removing bacteria from cantaloupe or designing a new hydraulic turbine system for a monastery, these students are forced to find answers outside of their textbooks to solve everyday problems.

If you missed the 18th Annual Engineering Design EXPO - check out these interviews to find out what kind of projects our students have been working on this year.

Featured Project Interviews:

• Plug-In Hybrid Electric Sports Car
  Mechanical Engineering
• Bacterial Removal from Cantaloupe Rind
  Chemical Engineering
• Battery Thermal Management System for Hybrid Vehicle
  Chemical and Materials Science Engineering
• Reverse Osmosis Membrane Flux Recovery
  Chemical Engineering
• Clean Snowmobile Challenge Team
  Mechanical and Electrical Engineering
• Clean Water Demands met with Flexible Green Energy
  Chemical Engineering
• Portable Timber Grading Mechanism
  Mechanical Engineering and Computer Science
• Barley Hull Adherence Tester
  Mechanical and Bio. & Ag. Engineering
• Vandal Hybrid Formula Car
  Mechanical and Electrical Engineering
• Hot Cell Tool for the Removal of Cadmium
  Mechanical Engineering
• ASME Micro Baja
  Mechanical Engineering
• SBOE Document Search Tool
  Computer Science
• Idaho Space Grant – RISE
  Computer Science, Mechanical and Electrical Engineering
• Silver Nanowires for Medical and Electronic Applications
  Materials Science and Engineering
• TrafficSense
  Civil Engineering and Virtual Technology & Design
• Harley Davidson Analog Gauge with Digital Movement
  Electrical and Computer Engineering
• Intel Fluid Chiller and Control System
  Computer and Mechanical Engineering
•  Paradise Path Pedestrian Crossing
  Civil Engineering
• PCEI Energy Study and Conservation
  Biological and Environmental Engineering
• St. Gertrude Monastery Sustainability Initiative
  Civil Engineering
• Tensegrity-Based Modular Robotic Unit
  Bio. & Ag., Mechanical and Computer Engineering