Lead Robotics Engineer

Lead Robotics Engineer - Own the Autonomy Stack for Next-Gen Tactical Robotics!

Austin, TX | Onsite

Opportunity Summary

A pre-seed, well-funded startup is building autonomous ground robotic systems designed to counter emerging drone and aerial threats for national security applications. With an active prototype already in place, a brand-new lab, and regular field testing, the team is moving quickly from concept to operational capability. As the Lead Robotics Engineer, you will partner directly with the CTO to own development of the full autonomy stack. This role spans firmware, perception, control systems, and sensor integration, giving you broad technical ownership and the opportunity to see your work tested in real-world conditions. You'll help shape the system architecture, define product direction, and play a pivotal role in turning advanced robotics into deployed counter-UAS capabilities.

About Us

We are a fast-moving robotics startup focused on counter-drone (C-UAS) solutions for defense and national security. Our leadership team brings deep expertise in robotics, autonomy, and defense technology, with proven track records of delivering innovative systems in high-stakes environments. Backed by strong financial support, we operate with urgency, leveraging an active prototype, new lab facilities, and frequent field campaigns to iterate rapidly and validate performance.

Job Duties

• Design and bring up robotic systems from the ground up, including embedded integration, driver development, and sensor selection.
• Write and optimize firmware in C++ or Rust for real-time operating systems managing motion, communications, and sensors.
• Develop and tune control algorithms such as PID or model-predictive controllers for electromechanical actuation.
• Calibrate and integrate IMUs, cameras, and encoders to support visual-inertial state estimation.
• Apply sensor fusion techniques (e.g., EKF, UKF) for robust real-time tracking and stabilization.
• Build Python-based tools for logging, visualization, calibration, and automation.
• Lead rapid test cycles in lab and field environments to validate control and perception systems.
• Debug issues across embedded software, hardware, and mechanical subsystems.
• Architect scalable and reliable frameworks for real-time robotics platforms.
• Collaborate with teammates across computer vision, autonomy, AI / ML, and hardware engineering.

Qualifications

Preferred Experience

Why Join Us

Compensation Details

$150,000 - $210,000

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