• Lead team of engineers with Agile methods, cross-functional development with team/brands across the Globe• Design, develop, test, maintain embedded control systems for Hybrid, REEV, BEV powertrains• Understand complex mechanical and electrical systems such as combustion/diesel engine, electric motor, automatic transmission, chassis, HV battery, and communication via CAN Controller Area Network protocol• Use Matlab script and graphical environments to generate code in the C programming language • Various levels of controller fidelity → MiL, SiL, HiL, modeled plant, I/O interfaces, simulated CAN- Collaboration: Google Suite, Office 365, Git and GitHUB - Design: AutoCAD, SolidWorks, SiemensNX- Data Acq: APTIV Qualifier, ETAS Inca, Control Desk dSpace - CAN: Vector CANalyzer, Vehicle Spy- Programming: MS Excel VBA, NI Lab View, MATLAB - Green belt in DFSS & Reactive Problem SolvingTwo Speed BEVDevelop controls with outside partner of new powertrain assembly including controllerInvestigate use cases, define system requirements and behavior Dodge Banshee BEV, future releaseAutonomous Hill HoldChallenge paradigms, new behavior to increase customer satisfactionAdapt to changing situation, remain agile during production launch phaseJeep Wrangler 4xe, launched in 2021GeminiGround up design, automatic transmission, hybrid P2 layoutEstablish stretch goals, act as a strong voice for development and change Hybrid Trucks/SUVs, not continued for production

• System engineering for hybrid transmissions on Chrysler and Jeep products, supporting hardware/software/drivability/emission teams• Plan resources for development activities, DVP&R and DFMEA, manage dynamometers, manage BOMs• Lead root cause and warranty reduction efforts

• Design & release automatic transmission valve body components (oil pumps, filters, valves, solenoids, springs)• Investigate alternative designs to meet requirement• Supplier selection, lead design changes, ensure timing, prototype part ordering, maintain component quality

• Completed performance testing and product validation with a team of members on freshly designed units.• Performed machine capability studies to ensure that new machines were able to repeatedly produce parts within part drawing specifications.• Experience working with bill of materials for new products, handling ECO’s, and creating new part numbers.• Handled data collection, manipulation, and presentation of a study to solve internal quality issues.• Worked on a team RCI event to reorganize, improve flow, and reduce waste/hazards of warehouse area.

• Operated machines that produced tight tolerance parts (±0.0002”) while ensuring that the machine ran consistently and produced parts that were within specifications.• Experience with robotic loading/pallet system.• Engineered unique tooling to improve manufacturing procedures and shorten production time of a wide variety of parts.• Designed a fixture to securely hold an unusual shaped piece that needed precise machining.• Worked with Boston Scientific to improve their pediatric endoscope, making it less intrusive on human body.

• Designed new pump drive (including housings, gears, bearings, shafts, seals) based on customer specifications.• Produced engineering drawings for all new parts as well as parts that needed revision.• Explored potential advantages/disadvantages and design limitations of incorporating heat exchanger into unit.• Designed new shift collar used to engage and disengage hydraulic pumps mounted on pump drives.

• Performed all essential tasks needed for interior construction/finish work. • Installed hardwood flooring, doors, cabinets, stairwell, trim, suspended ceilings using precise measurements, hand tools, and power tools. • Experience with precise measurements as well as hand and power tools. * Maintained a clean and organized area for tools and working.