ERS Systems Engineer
8 hours ago
Cardiff
GM Performance Power Units LLC - Concord, NC ERS Systems Engineer - Onsite Position Overview: GM PPU is seeking an experienced ERS Systems Engineer to join our innovative team in Concord, NC. In this mission-critical role, you’ll push the boundaries of hybrid powertrain optimization to ensure our cars achieve peak performance in the world’s most intense racing environment — Formula 1. As part of our relentless pursuit of excellence, youll be at the forefront of innovation, leveraging cutting-edge technology to extract every ounce of performance from our power units. Your expertise will be instrumental in developing race-winning strategies that optimize energy recovery and deployment, giving our cars a competitive edge in the pinnacle of motorsport. Key Responsibilities: • System Architecture: Design and optimize ERS components, including the MGU-K, MGU-H, and Energy Store., • Performance Optimization: Develop and refine control strategies for energy recovery and deployment., • System Integration: Collaborate with powertrain and vehicle teams to integrate ERS with other vehicle systems., • Data Analysis: Analyze ERS performance data and implement improvements., • Homologation and Compliance: Ensure compliance with FIA regulations regarding energy recovery and deployment., • Development: Participate in track testing and race weekend operations to support ERS performance., • Education: Masters degree in Electrical Engineering, Mechanical Engineering, or a related field., • Experience: Minimum 5 years of experience in motorsport, preferably in Formula 1, Formula-E, or other hybrid or EV-based high-performance racing series., • Technical Expertise: Strong understanding of electric motor design, power electronics, battery technologies, and control systems., • Leadership: Proven track record of leading engineering teams in a high-pressure, results-driven environment., • Analytical Skills: Strong capability in data analysis, simulation, and performance modeling of complex electromechanical systems., • Advanced simulation and modeling capabilities, • Proficiency in programming languages relevant to systems engineering, • Experience with data acquisition and analysis tools, • Advanced simulation and modeling capabilities, • Proficiency in programming languages relevant to systems engineering, • Experience with data acquisition and analysis tools