Role and Responsibilities:
You are expected to:
• Participate in software architecture design and implementation
• Owns key power electronics real time control requirements, source code, software implementation and test
• Develop software component testing methodologies and implementations to ensure maturity/reliability
• Design with ISO-26262 and ASPICE awareness, compliance, and collaboration with cross-functional team
• Document requirements, software design and test procedures/results
• Lead the performance measurement, analysis, reporting and optimization of the interactions between software and hardware resources on embedded system
• Develop dynamic models of the system, and tune controller algorithms accordingly to optimized performance
• Translate algorithms into software implementation, and work with hardware and system team for software integration
Qualifications:
Basic (Required) Qualifications
• Bachelor’s Degree in Engineering or equivalent technical field from an accredited institution
• A minimum of three (3) years’ firmware/software experience with high voltage power electronics product development – DCDC converter/OBCs/inverters/UPS for industrial or aerospace or military drives, battery electric or hybrid electric vehicle systems
• Strong communication skills that translate the benefits of technical decisions in your field to colleagues, management, and other stakeholders, including customers
• Experience with model-based design methods and strong hands-on coding, testing and troubleshooting skills
Preferred Qualifications
• Master’s degree or PhD majoring in power electronics from an accredited institution
• Five (5) plus years’ firmware/software experience with high voltage power electronics product development
• Three (3) plus years PFC and/or LLC/CLLC firmware/software development experience
• Power electronics hardware development experience
• Experienced with electric vehicle power conversation technologies, model based developments and HIL
• Hands on experience with power electronics product control system development, digital control implementation, signal process, PID controller optimization and sensor technologies
• Experience with CAD tools: circuit and behavioral simulation (SPICE, Plecs/PSIM, Saber, Matlab/Simulink)
• Familiar with safety and compliance standards for automotive and grid-connected power electronics
• Strong Trade off analysis and experience with hardware software interface and requirements
• Software module functional safety and DFMEA
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