- Integrate electronics/electrical systems into electric vehicle - Perform initial debugging and bring up activities to ensure vehicles have stable platform for development - Maintained current software and hardware list for lab cars- Coordinated test and prepared lab car for each test- Work with component owners to write test cases for system and component validation- Write test scripts to automate component validation- Reported issues and maintained test cases in JIRA- Reviewed requirements in JAMA- Mentor and train new engineers

- Integrate new electronics/electrical systems into new or existing Fiat Chrysler vehicles- Developed test cases based off of DOORS requirements- Defined prototype architectures for feature development- Worked on development and testing of FCA’s first CAN FD project- Worked on verifying AUTOSAR network management functionality- Generate hardware and software requirements for development ECU to bridge new features into development vehicles- Perform initial debugging of prototype vehicles and communicate hardware or software issues to appropriate system or component leads- Verify new systems are integrated into the development vehicle using Vector tools- Proposed and developed harness design generation application which automatically connected multiple data points to build up vehicle wire harnesses and performs design checks- Analyzed parameters such as current draw, thermal characteristics, voltage drop, etc. to generate wiring designs for new electrical systems and components- Mentor and train new engineers- Provided timing and resource estimates to FCA for support from ESG- Allocated engineers to projects as needed based on project work scope and teams work load

- Specified system interfaces centering around brake controller ECU such as ESP, ABS, TCS, hill holder, hill descent control, vehicle drive modes- Wrote Vehicle function requirements in DOORS - Made presentations to upper management for risk assessment and change management reviews- Created and maintained system electrical schematics and function diagrams - Initiated and defined all necessary communication interfaces for various brake controller ECUs- Led design reviews with cross-functional engineering departments- Identified feasibility issues of late design changes