At CROUSE PJS, I lead ECU hardware development in an ASPICE-aligned process, from requirements and architecture through design release and verification planning. I led the ECU Hardware Team in delivering multiple ECU platforms to C-sample readiness.
For the Generation 3 bi-fuel ECU, I led the hardware variant development, extending the existing architecture with an additional low-side driver IC. I also led hardware development for turbocharged and integrated turbocharged bi-fuel ECU variants, including design updates and verification planning.
I'm currently leading hardware design for CROUSE PJS's first VCU for hybrid vehicle applications. My work includes requirements analysis, architecture definition, schematic design, interface circuitry, PCB requirements, and verification planning.
Earlier, as a Hardware Developer at CROUSE PJS, I designed and validated analog and mixed-signal ECU circuitry, including sensor interfaces and driver-control circuits. I also contributed to hardware verification through EMC, ESD, transient-pulse, and electrical testing.
