About the job
Join Anduril Industries, a pioneering defense technology company dedicated to revolutionizing military capabilities for the U. S. and its allies through state-of-the-art technology. By integrating the innovative practices and technologies from the most forward-thinking companies of the 21st century into the defense sector, we are transforming the design, construction, and sales process of military systems. Our systems operate on Lattice OS, an AI-driven operating platform that converts vast data streams into a real-time, 3D command and control hub. As we navigate a new era of strategic competition, Anduril is steadfast in its mission to deliver cutting-edge autonomy, AI, computer vision, sensor fusion, and networking technologies to the military in record time.
ABOUT THE TEAM
As a member of our dynamic R&D Engineering team, you will engage in the design, prototyping, and deployment of innovative electro-mechanical systems within the Electromagnetic Warfare (EW) domain. Our team excels in rapid iteration and cross-functional collaboration, delivering high-quality hardware even in demanding environments. You will work closely with design engineers, firmware/software teams, and test specialists to transform concepts into fully deployable capabilities.
ABOUT THE JOB
In your role as an Engineering Technician, you will play a crucial hands-on role in the assembly and production of hardware associated with electronic warfare systems. Your responsibilities will include supporting multiple projects through assembly, rework, test setup, maintenance, and ensuring field readiness. Your contributions will be pivotal in sustaining engineering progress, guaranteeing that hardware is built to exact specifications, thoroughly tested, and maintained to perform reliably in operational settings.
WHAT YOU’LL DO
- Assemble, install, and troubleshoot mechanical and electro-mechanical prototypes and systems, including precision mechanical structures, actuators, and mechanisms.
- Conduct mechanical rework and modifications, including drilling, tapping, cutting, and assembling metal, plastic, and composite components.
- Facilitate the integration of mechanical and electrical subsystems, which involves the installation of motors, sensors, wiring harnesses, and control systems.

