Lead Hardware & Power Electronics Engineer

Experienced hardware and power electronics engineer with over 15 years of experience in the design and validation of analog, digital, and power electronic systems across aerospace, automotive, and industrial domains. Strong expertise in embedded hardware, MOSFET switching, DC-DC and AC/DC converters, inverters, sensor systems, as well as simulation and testing methods. Extensive end-to-end project experience from requirements analysis to production, including standards compliance, documentation, and vendor management. Proven track record in cost reduction, performance optimization, and process improvements. Skilled in project management, problem solving, cross-functional collaboration, and technical communication.

Design and development of Input Output Modules (IOM) for Future Combat Air System (FCAS), including DC-DC power rail architecture, power budgeting, schematic capture, simulation, and design validation testing. Design improvements and electronic support for automatic sensor door systems, including reverse engineering, component optimization, and cost reduction strategies. End-to-end design and development of Accelerator Force Feedback Pedal (AFFP) systems and Current Sense Modules (CSM) for Daimler and Audi, including DC-DC converter design, simulation, and validation testing. Design of power supply units for Collins Aerospace, including filter, ESD, and lightning protection requirements, component analysis, schematic capture, and design validation & verification testing. Onsite development and implementation of a Battery Management System for Renault Nissan in Japan, including DC-DC power rail design, component selection, simulation, prototype testing, and cost-saving initiatives. Development of DC optimizers, energy management systems, and LED drivers; low-power VFVV inverters and lighting control systems for aerospace applications, including R&D, testing, validation, and documentation.