Ultralight Connected and Automated Vehicles

Ultralight Connected and Automated Vehicles Ultralight Connected and Automated Vehicles Ultralight Connected and Automated Vehicles Ultralight Connected and Automated Vehicles Ultralight Connected and Automated Vehicles
Schools or Programs: Computing & Software Systems, Engineering & Mathematics, Interdisciplinary Arts & Sciences (IAS), Physical Sciences, Science, Technology, Engineering & Math (STEM)
Location(s): UW Bothell
Quarter(s): Fall, Spring, Summer, Winter
Includes the quarter to apply or participate.
Academic Credit: Student's choice
Current school year: Alumni, Graduate School or Certificate Program, Junior, Senior
Includes year to apply and year to participate
Compensation: Academic credit, No compensation or volunteer position

Electric cars produce no greenhouse gases, but they are not really sustainable. The average US car weighs 4000 pounds and the average American weighs 180. With average car occupancy of 1.5 people, most of the energy is moving the vehicle, not the person. Public transit has a similar vehicle to people weight ratio. When the vehicle weighs less than the riders, small batteries suffice and a new charging infrastructure is not needed. Energy consumed drops by an order of magnitude at the same speed.

UW Bothell has prototypes of ultra-light automated vehicles: two recumbent tricycles in the Embedded Systems Lab and a miniature ATV used by the Electronics club. These vehicles have been project platforms for over 100 students. Past projects have developed electric circuit boards, software, sensors and physical coupling. Students can contribute programming, electronic or mechanical design or web page enhancement. Participation can be capstone, independent study or volunteer. To apply, contact tfolsom@uw.edu.  Future projects may cover:

  • Improvements to existing systems
  • Autonomous behavior.
  • Simulation and software regression testing
  • Visually guided lane following
  • Obstacle avoidance
  • Sophisticated control systems
  • Modular vehicles
  • Physical docking and undocking when moving

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