Project Phenom: A Smart Bike Project for grades 6-12

Stephen Fickas, University of Oregon

Summary:

The project objective is to develop a curriculum module that will allow high school and middle school students to apply concepts from the Internet of Things (specifically) and Cyber-Physical Systems (generally) to bike transportation. The module will support student teams working on designing, developing and deploying an on-bike computer that has the potential to link into the V2X infrastructure. The module will provide content on basic computer science skills, including Python programming, simple hardware configuration and communication protocols used in IoT devices. The goal is for a team to place an inexpensive computer on a bike that includes a bike-rider interface. The device can both interact with bike data at a signal as well as with sensors on the bike itself, e.g., range-finders.

Module content will also include the broader context on the role of bike transportation in the move to smart cities and smart transportation. The final product will include course content as well as the outcomes of teams working on the project. All will be available publically on github. It is expected that this information will be enough to allow other cities and schools to support their own smart-bike projects.

Want to learn more about the project? Interested in checking out the tutorial for creating the device? Visit the you tube tutorial:
https://www.youtube.com/playlist?list=PLB-QZIP19WKjm-5GepqpnX6j0YeZ6ggVM

Impacts:

New curriculum module that can be adopted by existing computer science programs.

New projects for existing robotics teams centering on smart-transportation.

Project Details

Project Type:
Education
Project Status:
Completed
End Date:
December 31,2017
UTC Grant Cycle:
Natl Education Round 3
UTC Funding:
$39,998

Downloadable Products

Other Products

  • The X Files (PRESENTATION)
  • Summer STEM workshop for K12 teachers (PRESENTATION)