Responsible for execution of Super Cruise and ADAS features on various BEV and ICE platforms. Developed content roll-out and presented proposals to program Chiefs. Responsible for ensuring electronic module and wiring delivery for vehicle builds. Worked with marketing and finance teams to develop BOM costs and system rollout. Worked with design engineers on issue resolution and tracking. Reported program status to upper management. Reported directly to Chief Engineer for Super Cruise and ADAS.

Release engineer for ADAS Front Camera Module. Lead development of new Front Camera Module for truck programs. Developed sensor requirements and features (Lane Keep Assist, Autonomous Emergency Braking, Vision Based Adaptive Cruise and Fusion sensor systems). Worked with Tier 1 and Tier 2 vision processor suppliers (Mobileye). Managed deliverables, and coordinated validation, calibration and development teams. Reported status to program execution teams and upper management. Contributed to technical reviews and sourcing efforts. Learned GM release processes PPAP, DFMEA, EWO, etc.

Lead and supported development, validation, deployment and continuous improvement of process and engineering design tools. Actively collaborated with Business, IT, Engineering and Software Vendors to develop and deliver optimal solutions to operational and deployment issues. Instructed commodity/program engineers in process usage and maintain process integrity in execution.

High Level Summary • Learned Ford Systems Engineering processes, participated in training workshops, provided constructive feedback to core strategy team on method development, and assisted functional core engineers in developing systems engineering knowledge documentation.More Granularity• Successfully completed required training (new employee orientation, systems engineering processes, Teamcenter, Vis Mockup).• Responsible for the timely development of system knowledge documentation working in conjunction with core engineers.o Studied existing documents and leveraged Ford resources (core engineer / subject matter experts, Research Library, web resources, benchmarking center) to gain a sufficient understanding of the system.o Developed system boundary diagrams, P-diagrams, and requirement mapping under the guidance of the core engineer.Related Skills Developed• Can collaborate with small and large teams on complex projects.• Can understand and apply systems engineering principles• Can study a system and understand its behavior, structure, functions, and failure modes.

Engineering Responsibilities Developed build procedure for multi-component part. Created Design Verification Plan and Report for Anti-Lock Brake System (ABS) commutated motor seal. Presented test data to ABS team using PowerPoint presentations. Analyzed durability testing results and consulted with team to discuss design changes.Technician ResponsibilitiesConducted durability testing, teardown analysis and reporting of Anti-Lock Brake System pump assemblies. Used motor dynamometer to evaluate performance of commutated motors. Utilized several inspection devices such as optical comparator, calipers, laser micrometer and data acquisition systems.