About this role
As Manager, Electrical Ground Support Equipment (EGSE) at Impulse , you will lead the team responsible for designing, building, and deploying electrical ground systems that interface with flight hardware throughout spacecraft integration, test, and launch operations. This team develops reliable, standardized, and modular hardware solutions that enable rapid testing, vehicle integration, and launch execution.
- In this role, you will guide the team's technical direction, engineering execution, and professional development while working closely with Avionics, Integration, Test, and Launch Operations teams.
- You'll own the team's priorities, technical standards, and performance, ensuring EGSE hardware meets the demanding requirements of spacecraft development and operations.
Lead, mentor, and grow a team of EGSE engineers, fostering technical excellence, collaboration, and professional development Drive the design and development of electrical ground systems supporting spacecraft integration, test, and launch operations Establish standardized, modular EGSE hardware architectures and reusable components to improve reliability, scalability, and development efficiency Provide technical leadership and design reviews for electrical interfaces, communication systems, power distribution, grounding, shielding, and hardware integration Collaborate closely with Avionics, Integration, Test, and Launch Operations teams to define requirements and ensure compatibility between ground and flight systems Manage engineering priorities, resources, and schedules to support program milestones Oversee hardware fabrication, integration, verification, and deployment, working closely with engineers, technicians, and operations teams Coordinate with COMSEC and Avionics teams to identify and integrate communications and cryptographic hardware that meets applicable security requirements Establish and maintain high standards for engineering documentation, interface control documents (ICDs), schematics, and design practices Drive root cause investigations, resolve technical challenges, and continuously improve hardware reliability, safety, and performance