Jobs at Evolved Aerospace

The Flight Test Engineer will develop test procedures, plan campaigns, conduct tests, monitor systems, analyze data, and support demonstrations.

The Senior DevOps Engineer (Robotics Lead) will develop CI/CD pipelines, manage cloud environments, and enhance system security and observability.

Contribute to the electrical design of UAS platforms, address power distribution and stability, and support integration and testing efforts.

Manage delivery of UAS systems, coordinating with engineering teams and contractors to ensure timely, mission-ready outcomes.

Design communication systems for distributed autonomy in airborne and ground systems. Responsibilities include building low-latency systems, implementing data synchronization, and ensuring reliable communication services.

The GNC Engineer will design and implement guidance logic for interception and landing, develop collision avoidance systems, and validate performance through simulations and tests.

As a Geospatial Software Engineer, you will develop and optimize geospatial data pipelines and mapping systems critical for mission planning and situational awareness.

Lead the development of real-time, safety-critical onboard software for embedded GPU platforms, focusing on AI perception and optimization.

Evolved Aerospace seeks exceptional individuals for future opportunities in engineering, operations, and commercial functions, prioritizing mission-oriented mindsets.

As a Simulation Engineer, you will develop high-fidelity simulation environments to validate autonomy, perception, and flight systems, including building full-stack simulations and generating synthetic sensor data.

Lead development of mission control systems for operators to command and monitor autonomous systems, focusing on real-time interfaces and UI optimization.

As CTO of Systems, you will lead mission systems architecture, ensure technical correctness, and engage with customers to shape solutions.

The AI Systems Engineer will design AI architectures, build training pipelines, optimize models for edge inference, and manage model lifecycles.

The Flight Control Systems Engineer will develop and tune flight-critical modules for autonomous aircraft, focusing on PX4/ArduPilot, control systems, and real flight testing.

Develop and deploy computer vision models for detection and segmentation, optimize for Jetson performance, and integrate outputs with autonomy systems.

Support electrical design and integration across UAS platforms, manage power quality, assist with testing, and troubleshoot electrical interfaces.

As an Autonomy Engineer, you'll develop behavior trees, implement decision-making logic, and integrate multi-UAV coordination for autonomous systems in uncertain operational environments.