About this role
About the Role
Join a small defense technology team building autonomous directed-energy systems. As a senior individual contributor, you will own the precision motion controls stack, from system modeling and state estimation through real-time implementation and field validation.
What You'll Do
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Architect and tune precision pointing and tracking control loops for closed-loop operation at hundreds of hertz.
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Integrate sensor inputs and actuator commands, using state estimation to fuse IMU, encoder, and vision feedback.
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Identify and model gimbal, mount, and actuator dynamics, then tune actuators and compensate for nonlinearities such as backlash, friction, and saturation.
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Characterize structural resonances and develop filtering and compensation approaches.
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Build simulation and hardware-in-the-loop infrastructure to validate controls and reduce the sim-to-real gap.
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Conduct field characterization, document control designs, and establish tuning standards.
What We're Looking For
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At least 4 years of robotics experience, including hands-on design and tuning of closed-loop controllers on physical motion hardware.
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Strong grounding in classical and state-space controls, including LQR and MPC, plus practical state estimation using Kalman-family or complementary filters.
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Experience with system identification, frequency-domain tuning, and structural resonance characterization.
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Modern C++ for real-time control, and Python or MATLAB/Simulink for modeling and analysis.
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Experience with servo drives, brushless motors, encoders, and IMUs, and an understanding of latency and jitter in real-time systems.
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Comfort working across mechanical, electrical, and software engineering, and validating controls on actual hardware.
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Experience with gimbals, precision pointing, moving platforms, or target tracking is useful.
Compensation & Benefits
Base salary: $180,000 to $200,000 annually. Visa sponsorship is not available.
Location
On-site in San Francisco, California, with range days.