About the job
At Anduril Industries, we are pioneering the future of defense technology, transforming military capabilities for the U. S. and its allies with state-of-the-art innovations. Our approach integrates the expertise and agile methodologies of the world’s most forward-thinking companies into the defense sector, revolutionizing the design, production, and commercialization of military systems. Our advanced platform operates on Lattice OS, an AI-driven operating system that synthesizes extensive data streams into a dynamic, 3D command and control interface. In an increasingly competitive global landscape, Anduril is dedicated to delivering next-generation autonomy, artificial intelligence, computer vision, sensor fusion, and networking technologies to military operations at unprecedented speeds.
TEAM OVERVIEW
Our team is at the forefront of developing next-generation autonomous airpower systems, engineered to perform in the most challenging environments. To enhance our development and deployment capabilities, we are forming a Model-Based Systems Engineering team that will shape our Digital Engineering strategy and support our Modeling, Simulation, Product Engineering, and Business Development initiatives. This team will produce essential Model-Based Systems Engineering artifacts critical for the development, delivery, and ongoing support of advanced kinetic and non-kinetic systems and effects.
YOUR ROLE
- Act as a systems engineer collaborating with internal teams and external stakeholders.
- Create and refine engineering artifacts based on stakeholder requirements, ensuring precision and completeness, with many artifacts serving as contractual deliverables.
- Demonstrate Anduril’s capabilities in Systems Engineering and Mission Systems Integration at stakeholder meetings and events.
- Contribute to the development of our Digital and Systems Engineering strategies and implementation plans.
- Gain an in-depth understanding of the transformative value offered by Anduril’s platforms, including autonomy, simulation, and perception products, through the generation and upkeep of engineering artifacts.

