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This article needs to be updated. Please help update this article to reflect recent events or newly available information. (June 2021)
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EcoCAR: The NeXt Challenge was a yearly competition from 2008 to 2011, that built on the 19-year history of U.S. Department of Energy (DOE) advanced vehicle technology competitions by giving engineering students the chance to design and build advanced vehicles to demonstrate cutting-edge automotive technologies, with the goal of minimizing the environmental impact of future personal transportation.[1] The DOE has again joined General Motors (GM), the Government of Canada (Transport Canada, Natural Resources Canada), and other sponsors for this new competition series, named the EcoCAR Challenge. Argonne National Laboratory, a DOE research and development facility, will organize and operate the EcoCAR Challenge. Some previous types of advanced vehicle technology competitions include FutureTruck, FutureCar, and Challenge X. these type of competitions are usually supported by one or more of the Big Three American Automobile Manufacturers. [2]
The DOE announced a Notice of Program Interest for North American colleges and universities with accredited engineering programs to compete for the opportunity to participate in EcoCAR: The NeXt Challenge—a new international collegiate vehicle engineering competition—through a request-for-proposal (RFP) process in 2008.
EcoCAR seeks to advance the level of vehicle technology capable of reducing petroleum consumption and greenhouse gas (GHG) emissions while demonstrating the real-world performance of a range of technology options. Schools interested in receiving an RFP describing in detail the requirements for competing for one of the up to 17 available slots in EcoCAR were invited to express their interest.
The technologies explored in EcoCAR are identical to those being investigated by the automotive industry to meet the demands of improved energy efficiency and dramatic reductions in Greenhouse gas (GHG)s, as well as to address California zero-emissions vehicle (ZEV) regulations. These technologies include full-function electric, hybrid, plug-in hybrid, and fuel cell hybrid vehicles. The only fuels approved for use in EcoCAR are E10 ethanol, E85 ethanol, B20 biodiesel, compressed gaseous hydrogen, and the energy carrier electricity.
Teams selected will design and integrate advanced-technology powertrains, lightweight materials, and aerodynamic improvements into a production vehicle. Using this approach, EcoCAR will explore pathways for future vehicles while giving the student participants the knowledge and experience they need to rapidly develop critical engineering skills and become the next generation of leaders in the automotive industry.
EcoCAR is based on a real-world integrated vehicle design and development process. Teams of engineers from the selected schools will develop their vehicles following a modified GM Global Vehicle Development Process (GVDP) for each phase of the three-year competition. By the end of the competition, the sponsors expect fully developed vehicles equivalent to prototypes ready for a production decision. While applying proven methods for engineering successful prototype vehicles, students will learn real-world engineering skills that will make them highly effective in the automotive industry. At the conclusion of each of EcoCAR’s three years, a week-long competition involving all of the participating schools will take place at a GM vehicle proving ground or other appropriate location in North America.
Teams will receive $10,000 in seed money in Year One, a wide range of powertrain components, a vehicle donated by GM, and technical and mentoring support from the competition sponsors. EcoCAR teams will also have a GM mentor knowledgeable in technologies relevant to the team assigned to assist them during the competition. Substantial funds will also be provided to each university to support a full-time graduate student who will provide the team with leadership and continuity over the three-year program.
Schools will be required to match cash seed money donations from EcoCAR sponsors and to provide class credit for students participating in the competition, release time equal to at least one class per semester for a faculty advisor from the engineering school, and logistical and promotional support for their team. Teams may also be asked to match seed money each year to support a full-time, graduate-level engineering team leader. A signed letter of support will be required from the Dean of the Engineering Department with each proposal. If accepted into EcoCAR, each school will be required to sign an annual Good Faith Agreement reaffirming the school's full support of their team and explicitly stating its willingness to participate in all EcoCAR activities with at least one faculty advisor in attendance.
As part of the competition, EcoCAR teams are required to participate in different types of outreach events. These events include things such as press releases, community outreach, K-12 education, etc. Each team is asked to reach out to their communities and get them interested in EcoCAR.
In Year One (2009), teams use modeling and simulation to develop their vehicle architecture. In Year Two (2010), designs are turned into functioning prototype vehicles. In Year Three (2011), Vehicles are refined to "Near Showroom Quality".[3][4] Year Three was the final year of the EcoCAR: The NeXt Challenge competition, succeeded by EcoCAR 2, and EcoCAR 3[5]
| Place | Team |
|---|---|
| 1st | Ohio State University |
| 2nd | University of Victoria |
| 3rd | Mississippi State University |
| Place | Team |
|---|---|
| 1st | Mississippi State University |
| 2nd | Virginia Tech |
| 3rd | Penn State |
| Place | Team |
|---|---|
| 1st | Virginia Tech |
| 2nd | Ohio State University |
| 3rd | University of Waterloo |
17 universities competed in the three-year span competition EcoCAR: The NeXt Challenge.[9][10][note 1]
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