April 24, 2014
/PRNewswire/ -- The
U.S. Department of Energy
and General Motors Co. today announced the official launch of the
competition, introducing the 16 participating universities and revealing the
as the vehicle selected as the platform for the competition.
"EcoCAR is an opportunity for the next generation of automotive engineers to help design and build innovative advanced vehicles that will reduce greenhouse gas emissions, protect the environment and save American families and businesses money at the pump," said Energy Secretary
. "Through this competition, North American students gain valuable real-life experience that they can use to bring the auto industry into the cleaner energy future."
Participating university teams will be challenged to design, develop, and integrate powertrains into the vehicle that, when compared to the production gasoline vehicle, will:
- Reduce energy consumption;
- Reduce well-to-wheel greenhouse gas emissions;
- Reduce criteria tailpipe emissions;
- Maintain consumer demand in the areas of performance, utility, and safety; and
- Meet energy and environmental goals, while considering cost and innovation.
The competition introduces students to industry-leading software tools and sophisticated powertrain components and challenges them to face similar engineering design constraints and technical challenges that automakers face, resulting in a real-world training ground for automotive engineering students that is unparalleled in the academic environment. New for EcoCAR 3, the organizers are ramping up the challenge by adding cost constraints as well as automotive innovation as additional judging criteria.
"The EcoCAR programs have been and will continue to be an instrumental part of developing the next generation of automotive engineers. We have gained significant talent and intellectual property as a result of these programs," said
, global chief engineer and program manager, transmission controllers and powertrain electronics at General Motors. "We're also eager to see how the students will redesign and add more efficiency to an iconic 'muscle car' like the Chevrolet Camaro."
To be successful, universities will need to recruit a team spanning many engineering disciplines such as mechanical, electrical, computer and software engineering, as well as communications, marketing, and project management. The multi-disciplinary emphasis imitates a real-world automotive industry environment and gives graduates the skills to enter the field fully prepared for their careers.