ASME Human Powered Vehicle Challenge

ASME Human Powered Vehicle Challenge The ASME Human Powered Vehicle Challenge is an annual engineering competition that brings together collegiate teams to design, build, and race human-powered vehicles. The challenge emphasizes applied mechanical engineering, hands-on design engineering, and interdisciplinary collaboration among students affiliated with institutions such as Massachusetts Institute of Technology, Stanford University, University of California, Berkeley, and Purdue University. The event is hosted under the auspices of the American Society of Mechanical Engineers and intersects with broader human-powered vehicle traditions exemplified by competitions like the Shell Eco-marathon and awards such as the Dean's List in engineering programs.

Overview

The competition traces organizational lineage to student design contests supported by professional societies including American Society of Mechanical Engineers, Society of Automotive Engineers International, and collaborations with regional hosts like California Polytechnic State University and The Ohio State University. Teams typically represent universities such as University of Michigan, Georgia Institute of Technology, Texas A&M University, University of Illinois Urbana–Champaign, and University of Washington and draw guidance from faculty associated with departments at Stanford University School of Engineering and MIT School of Engineering. The ASME challenge connects to historic human-powered efforts like the Kremer Prize and modern innovations from groups linked to Massachusetts Institute of Technology Media Lab, Pratt & Whitney, and National Aeronautics and Space Administration collaborations. Sponsors have included corporations and institutions such as Delta Air Lines, General Motors, Ford Motor Company, Bosch, and regional engineering societies like the Engineers Australia chapters and local IEEE student branches.

Competition Format and Events

The event structure features static and dynamic evaluations mirroring standards used by competitions like the Intel International Science and Engineering Fair and Formula SAE. Static events include design reports, oral presentations, and business case assessments judged against rubrics developed by panels from ASME, Society of Automotive Engineers International, and faculty from universities including Carnegie Mellon University and Cornell University. Dynamic events include sprint, endurance, and obstacle courses comparable to formats seen in World Solar Challenge and endurance trials held by the Human Powered Vehicle Racing Association. Measurements incorporate timing systems used by organizations such as Fédération Internationale de l'Automobile, technical inspection protocols influenced by Federal Aviation Administration standards for lightweight vehicles, and safety practices derived from Occupational Safety and Health Administration guidance. Awards are presented in categories like fastest sprint, longest endurance, and best innovative design with judges drawn from corporations including General Electric, Honeywell International, and academic evaluators from University of Texas at Austin and University of Pennsylvania.

Vehicle Design and Technical Rules

Rules constrain dimensions, propulsion, and safety similarly to rulebooks used by Solar Challenge teams and Formula Student regulations. Vehicles are typically recumbent or upright recumbent designs informed by aerodynamic research from National Renewable Energy Laboratory and biomechanical studies at Harvard University and Stanford University Medical Center. Materials selection often references suppliers and research from 3M, ArcelorMittal, Hexcel, and fabrication techniques taught at institutions like Rensselaer Polytechnic Institute and Virginia Polytechnic Institute and State University. Powertrain layouts, gearing, and chain drive systems rely on standards used by Shimano and engineering analyses performed with software from ANSYS, Siemens PLM Software, and Dassault Systèmes. Safety equipment requirements are influenced by standards from American National Standards Institute and helmet designs certified under regimes like Snell Memorial Foundation and U.S. Consumer Product Safety Commission guidelines. Weight, wheelbase, steering, and braking parameters echo testing methodologies from National Highway Traffic Safety Administration and wind tunnel practices practiced at facilities such as NASA Ames Research Center.

Participating Teams and Notable Results

Over the years, competitors have included teams from research universities and liberal arts schools including University of Notre Dame, Worcester Polytechnic Institute, Rochester Institute of Technology, University of California, San Diego, and Drexel University. Notable performances have come from programs with strong engineering curricula like Purdue University and Texas A&M University, with prototype innovations paralleling advances showcased at Maker Faire and prize programs like the MacArthur Fellows Program in related innovation sectors. Invitational demonstrations have featured collaborations with municipal partners such as City of San Jose and transit agencies including Metropolitan Transportation Authority (New York), highlighting connections to urban mobility initiatives led by institutions like Massachusetts Institute of Technology Senseable City Lab and policy discussions at forums such as the United Nations Habitat assemblies. Alumni from participating teams have pursued careers at organizations including Tesla, Inc., SpaceX, Apple Inc., Boeing, and Lockheed Martin.

Education, Outreach, and Impact

The challenge functions as a pedagogical platform aligning with project-based curricula at schools like Virginia Tech and Auburn University, supplementing cooperative education models used by institutions such as Northeastern University. Outreach activities often engage local school districts like San Francisco Unified School District and community programs organized with nonprofits such as FIRST Robotics Competition and Project Lead The Way. The competition fosters skills in design for manufacturability emphasized in cooperative agreements with companies like Caterpillar Inc. and consulting partnerships modeled after industry-university consortia at National Science Foundation funded centers. Broader impacts include contributions to sustainable transportation dialogues at conferences like Transportation Research Board Annual Meeting and publications in journals affiliated with American Society of Mechanical Engineers and engineering education venues hosted by ASEE Annual Conference.

Category:Engineering competitions