uw ecocar 3ecocar 3 is a 4-year premier collegiate automotive engineering competition which...

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BACKGROUND EcoCAR 3 is a 4-year premier collegiate automotive engineering competition which challenges students to turn a 2016 Camaro into a hybrid-electric vehicle. In year 4 of the competition, team members are responsible for completing a production ready vehicle. See more competition information at www.EcoCAR3.org. Check out and apply to our team at UW’s website: www.UWEcoCAR.com. Figure 1. Vehicle underbody showing HV routing and component integration CURRENT PROJECTS Team projects including: Testing of new electrical controller for Heating, Ventilation & Air Conditioning (HVAC) system Implementing new gear shifter for the vehicle Ongoing validation of car’s drivability from an electrical standpoint Training new electrical team members in preparation for next year’s competition and design COMPLETED PROJECTS Electrical implementation of Advanced Driver-Assistance System (ADAS) Research, testing and implementation of New Eagle J1772 Vehicle Power Interface Module (VPIM) for the car’s charging system Design of control circuits for HVAC and engine bay fan Refinement of LV systems by reducing parasitic current draw through use of relayed components SKILLS LEARNED Low voltage system optimization Design, validation and troubleshooting techniques High and low level understanding of all vehicle components Vehicle powertrain architecture & high voltage system design Working together with motivated individuals in a team environment to tackle difficult engineering problems UW EcoCAR 3 Electrical Engineering

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Page 1: UW EcoCAR 3EcoCAR 3 is a 4-year premier collegiate automotive engineering competition which challenges students to turn a 2016 Camaro into a hybrid-electric vehicle. In year 4 of the

BACKGROUND

EcoCAR 3 is a 4-year premier collegiate automotive engineering competition which challenges students to turn a 2016 Camaro into a hybrid-electric vehicle. In year 4 of the competition, team members are responsible for completing a production ready vehicle. See more competition information at www.EcoCAR3.org. Check out and apply to our team at UW’s website: www.UWEcoCAR.com.

Figure 1. Vehicle underbody showing HV routing and component integration

CURRENT PROJECTS

Team projects including:• Testing of new electrical controller for

Heating, Ventilation & Air Conditioning (HVAC) system

• Implementing new gear shifter for the vehicle

• Ongoing validation of car’s drivability from an electrical standpoint

• Training new electrical team members in preparation for next year’s competition and design

COMPLETED PROJECTS

• Electrical implementation of Advanced Driver-Assistance System (ADAS)

• Research, testing and implementation of New Eagle J1772 Vehicle Power Interface Module (VPIM) for the car’s charging system

• Design of control circuits for HVAC and engine bay fan

• Refinement of LV systems by reducing parasitic current draw through use of relayed components

SKILLS LEARNED

• Low voltage system optimization• Design, validation and troubleshooting

techniques• High and low level understanding of all

vehicle components• Vehicle powertrain architecture & high

voltage system design• Working together with motivated

individuals in a team environment to tackle difficult engineering problems

UW EcoCAR 3Electrical Engineering