About the job
Archer Aviation is at the forefront of aerospace innovation, based in San Jose, California. We are pioneering the development of an all-electric vertical takeoff and landing aircraft, with a commitment to enhancing sustainable air mobility. Our aircraft design focuses on transporting four passengers while minimizing noise pollution.
We aim high and tackle challenging problems, believing that workplace diversity fuels our intelligence, enhances insights, and propels our collective success. Our commitment to fostering an equitable and inclusive environment ensures that we celebrate and support the unique contributions of all team members.
Key Responsibilities:
As a Senior BMS Hardware Systems Engineer, you will spearhead the development and execution of airborne electronic hardware systems for Archer's high voltage Battery Management System (BMS). Your expertise will ensure compliance with rigorous safety, reliability, and certification standards essential for eVTOL aircraft. You'll be tasked with creating and managing detailed electronic hardware requirements and design documentation, directly influencing the certification and safe operation of Archer's battery systems that power the future of urban air mobility.
- Collaborate across engineering disciplines to support the implementation of high-reliability, safety-critical systems for aircraft design.
- Develop comprehensive hardware requirements and traceability matrices aligned with system and certification standards (DO-254, ARP4754A).
- Define and decompose hardware system requirements, ensuring traceability through the overall system architecture.
- Create robust system/subsystem interface definitions.
- Coordinate with regulatory bodies and Designated Engineering Representatives (DERs) during the development and review of AEH certification substantiation artifacts.
- Work closely with the electrical design team to ensure product alignment with business requirements.
- Engage in design reviews, hardware qualification, and root cause analysis to guarantee robust and certifiable hardware performance.

