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AeroVironment

Defense technology and unmanned aerial systems

Lead Autonomy Robotics Engineer

Robotics & Autonomous SystemsUpdated on Nov 5
Full-timeMoorpark, CA, USA$151k - $256.5k

About the Job

Requirements

  • A Bachelor's degree in Mathematics, Computer Science/Engineering, or a related field is required, or an equivalent combination of education, training, and experience.
  • A minimum of 8–12 years of relevant engineering experience is required.
  • Experience implementing state-of-the-art algorithms on real hardware is required; implementation on low size, weight, and power devices is a bonus.
  • Demonstrated ability to integrate complex system components toward a common purpose, with a strong system design and test background.
  • Solid software engineering skills focused on modularity, portability, and testability.
  • Experience with C and C++ is required; modern standards (11, 14, 17+) are preferred.
  • Deep familiarity with one or more of the following areas: GPS-denied systems and requirements; path planning and trajectory generation; multi-vehicle coordination; uncertainty quantification/estimation; computer vision, including scene segmentation, feature extraction, template matching, image descriptors, object detection, and localization; advanced control methodologies, including robust adaptive control, optimal control with dynamic programming, and model predictive control; experimental design and interpretation of results.
  • Some intrastate and Continental U.S. travel may be required, up to 30%.
  • Proficiency with office software and computer-based productivity tools.
  • The position requires U.S. citizenship and the ability to hold or obtain a U.S. security clearance.
  • The position requires access to ITAR- and/or EAR-controlled information; applicants must qualify as a U.S. person or be eligible for an export license. An offer requiring an export license is conditional on the employer determining it can obtain the license within a suitable timeframe.

Responsibilities

  • Deliver well-architected, functionally complete, rigorously tested research products.
  • Develop robotic autonomy algorithms for robust planning and control decisions in uncertain, dynamic environments for single- or multi-vehicle operations, using state-of-the-art techniques from academia and industry.
  • Contribute to GPS-denied technologies.
  • Contribute to target detection, classification, localization, and tracking.
  • Contribute to embedded systems architecture.
  • Characterize and integrate sensors, including electro-optical sensors, cameras, radar, acoustic sensors, and/or lidar.
  • Contribute to user interface and user experience design for mobile operator platforms.
  • Contribute to modeling and simulation.
  • Develop and test software.
  • Mentor junior employees.
  • Work on complex issues requiring in-depth analysis of variable factors.
  • Determine methods and procedures for new assignments and coordinate activities of other personnel as a team lead.
  • Perform other duties as assigned.
  • Work in an office environment and sit or stand for long periods; use hands and fingers to operate a computer and telephone keyboard, and talk and hear.

Desired Qualifications

  • A Master’s or PhD in a related field is highly preferred.
  • Experience with MATLAB and/or Python is preferred.
  • Modern C++ standards (11, 14, 17+) are preferred.
  • Implementation of state-of-the-art algorithms on low size, weight, and power devices is a bonus.
  • Experience applying the listed technology areas to unmanned aerial system applications is advantageous.

About the Company

AeroVironment

Defense technology and unmanned aerial systems

AeroVironment designs and builds robotic systems for defense across air, land, and space, including small reconnaissance drones, high-altitude aircraft, and loitering munitions. These products work by carrying sensors and control software that allow autonomous or semi-autonomous missions, with real-time data collection, and, for weapons-enabled models, a payload and deployment mechanism for precision strikes. The company differentiates itself through a growing, multi-domain defense portfolio built via acquisitions, creating an integrated platform that combines drones with space tech, counter-UAS, and other defense capabilities. Its goal is to become a comprehensive defense-technology provider that can win large, long-term contracts by offering coordinated, autonomous systems across multiple domains.

Company size
1,001-5,000
Company stage
IPO
Headquarters
Crystal City, Virginia
Founded
1971

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