Manager, BMS Hardware
Archer, an aerospace company based in San Jose, California, is seeking a Manager for its Battery Management System (BMS) Hardware Team. Archer is dedicated to advancing sustainable air mobility by developing all-electric vertical takeoff and landing aircraft designed to carry four passengers with minimal noise. This role offers the opportunity to contribute to cutting-edge aviation technology within a dynamic and inclusive environment.
The Manager, BMS Hardware will lead the development of Archer's high-voltage battery management system and charge control unit. Key responsibilities include building and mentoring a team of electrical engineers, guiding architectural decisions to mature new hardware concepts, making critical technical decisions balancing performance and safety, leading engineering design reviews, and managing flight hardware releases. The role also involves guiding cross-functional teams through hardware analysis projects, managing technical engagement with suppliers and certification authorities, supporting manufacturing and supply chain teams during production ramp-up, and coordinating with integration and test teams during deployment across test labs and aircraft.
Candidates should possess a Master's degree in Electrical Engineering with over 8 years of experience in electrical system design for electric vehicles, aerospace, or similar high-reliability applications. A minimum of 3 years of demonstrated people management experience is required. Experience with high-voltage battery systems and BMS electronics, the ability to lead teams through ambiguity and competing priorities, strong technical communication and stakeholder management skills, and a track record of developing engineering talent and fostering a collaborative team culture are essential.
Archer offers a competitive base salary ranging from $172,800 to $232,600, determined by job-related knowledge, skills, and experience. The company fosters a diverse and inclusive workplace, providing opportunities for professional growth and development in the rapidly evolving field of sustainable air mobility.