Hardware Systems Product Lead

Autonomous Vehicle Platform, Chief Engineer

• Applications Engineer in Chassis Control Systems division.• Perform calibration of electronic chassis control systems, verification of SW logic operation, improve and implement algorithms.• Plan and perform system performance validation testing in accordance of customer specifications and requirements, including investigation and resolution of identified deviations.• Led vehicle system development and calibration of Adaptive Cruise Control and Automatic Emergency Brake technologies for high volume US OEM vehicle platforms.• Primary technical point of contact for all customer interactions regarding system performance, validation, controller integration, and root-cause analysis.• Organized, led, and managed completion of all customer development milestones and vehicle system performance validation.

• Member of unit engine durability group in Engine Research Department, responsible for guaranteeing durability, reliability, and associated properties of prototype Honda and Acura global V6 engines before mass production.• Performed dynamometer testing of unit engines and individual components, including stress/strain measurement, exhaust soot, oil consumption, component temperature, performance degradation, and overall unit engine reliability.• Developed test method and equipment for measurement of dynamic cylinder bore shape in firing engine and validated numerical model with resultant test data.• Team member for market concern analysis project. Worked with cross-disciplinary team to investigate oil consumption market problem, recreate problems in a controlled environment, and developed a successful countermeasure.

Engineering analysis of deviated components and subassemblies of S9G and A1B nuclear reactors in support of US Navy and DOD programs.

Applications Engineering, Reciprocating Compressor Design, Quality Control