Jobs at Aurelius Systems

Lead cross-disciplinary engineering from R&D to production for an autonomous directed-energy weapon system. Own technical direction, field testing, systems integration, and scaling the engineering organization while translating mission requirements into deliverables.

Build and maintain production robotics software across perception, control, and autonomy. Own CI/CD and hardware-in-the-loop testing, write automated tests, perform code review, and improve QA practices to ensure field reliability. Collaborate cross-functionally with embedded and EE teams and support weekly field tests.

Manage executive and team calendaring, administer office software and subscriptions, maintain internal documentation and knowledge bases, support internal communications and process management, run company-wide administrative systems and workflows, and provide cross-functional project support alongside Ops for physical-digital coordination.

The Perception Engineer will develop, train, and deploy perception models, manage data pipelines, and integrate multi-modal sensor data for real-time detection and tracking of a laser-based defense system.

The Embedded Systems Engineer will develop and debug embedded systems, focusing on board bring-up, Linux kernel drivers, and real-time control across various subsystems.

Oversee military training and support for users of directed energy systems. Build training plans, translate operator feedback for engineering, and ensure effective deployment.

Lead demonstrations and field tests for a defense tech startup, providing integration and troubleshooting across mechanical, electrical, and software systems in customer-facing scenarios.

The Senior Machine Learning Engineer will lead the perception stack, focusing on detection, tracking, classification, and sensor fusion for targeting systems, with responsibilities including model development and real-time optimization on embedded devices.

The Operations Specialist role involves managing office facilities, supporting shipping and receiving, coordinating logistics for site visits and events, and maintaining inventory. The candidate should ensure smooth daily operations in a hardware-focused environment.

Lead the architecture and technical direction for the robotics software stack, ensuring formal release processes and cross-functional alignment. Mentor the robotics team, focusing on code quality and deployment to end users.

As a Sr. Controls Engineer, you'll own the architecture and tuning of precision control loops, manage sensor inputs, apply state estimation, and validate controls through hands-on robotics work in a defense tech environment.

The Electrical Engineer will design and build electromechanical hardware, including high-voltage systems and embedded controls, and conduct field testing.

The Optomechanical Engineer will design and validate optical subsystems, work on precision hardware, and support field testing of directed energy systems.

As a Robotics Software Systems Engineer, you will optimize the performance of subsystems in robotics systems, focusing on real-time operations and latency reduction across hardware boundaries. You'll profile and enhance CPU/GPU performance, manage memory access, and ensure high throughput in sensor data processing, while mentoring junior engineers.

You will be responsible for the power subsystem of directed energy weapons, architecting and building battery management systems, and conducting field tests.

The Hardware Engineer will develop and validate thermal solutions, perform stress analyses, create CAD models, and conduct prototyping and testing for a laser weapon system.

Aurelius is building autonomous robotics systems for defense, looking for various technical roles in engineering, operations, and contracts. They prioritize experience over credentials, seeking individuals who have built practical hardware or have military or operational backgrounds.

As a Senior Test Engineer, you'll design and build test environments for electromechanical systems, conduct various performance tests, and ensure robust testing practices within a small team focused on developing directed energy technologies.