Software Engineer, Robotics, Embedded Software Engineer

Hendrick Technical Solutions is a dynamic and growing force within the defense industry. We are seeking a Software Engineer to contribute to the development of cutting‑edge unmanned vehicles (UxVs) and next‑generation electro‑mechanical equipment.

This role operates within a fast‑paced, mission‑critical environment, focusing on challenging and impactful projects that directly enhance national security.

This engineer will be part of a collaborative team, working to redefine the future of defense robotics. This unique environment combines the agility and innovation typical of a startup with the stability, proven culture, and established resources of Hendrick.

• Robotics Software Design & Development
  :
  Design, develop, and integrate production‑quality, field‑reliable software for our UxV platforms and robotic prototypes, from early concept through fielded capability.
• Software Development
  :
  Develop, implement, and optimize robotic control and autonomy software, primarily utilizing ROS2, Python, and C++.
• Hardware/Software Integration
  :
  Work hands‑on with sensors, actuators, computer hardware, and end user devices to bring up and integrate systems. Confidently support electrical troubleshooting as needed to ensure reliable, field‑ready performance.
• Subsystem Integration
  :
  Integrate adjacent robot components and subsystems - such as compute modules, BMS, chargers, related power/communications interfaces, - ensuring robust bring‑up, reliable data exchange, and clean integration into the overall robotics software stack.
• Rapid Integration & Turnaround
  :
  Execute fast‑turnaround integration projects - bringing up new capabilities quickly, iterating with urgency, and delivering dependable results under aggressive timelines.
• System Operations
  :
  Manage and maintain software repositories using Git, operate within a Linux development environment, and help establish disciplined development workflows (builds, testing, and release practices) that support reliable deployments.
• Problem Solving & Refinement
  :
  Apply a thorough approach to identify and solve complex technical challenges, continuously seeking ways to refine and improve products beyond initial specifications.
• Collaboration & Communication
  :
  Serve as a trusted partner within multidisciplinary teams, effectively communicating technical information, and producing high‑quality, professional written work.
• Entrepreneurial Mindset
  :
  Embrace an entrepreneurial environment, demonstrating adaptability, calmness under pressure, and a willingness to commit to long work weeks, when necessary, balanced with flexibility for downtime. Understands the intersection of business development and engineering.

• Bachelor’s degree in computer science, software engineering, robotics, electrical engineering, or a closely related technical field.
• 2‑4 years of professional software engineering experience in a production environment (not solely personal projects), delivering reliable, maintainable code that will perform in the field. Experience in robotics, autonomy, or embedded/mechatronic products is preferred. Exceptional candidates with less experience will also be considered.
• Android & Edge Compute:
  Proficiency in Android development for robotics and various embedded computer solutions (e.g., Raspberry Pi, Jetson).
• Experienced in ROS2, Python, and C++ with a focus on building/debugging nodes and sensor/actuator integration. Experience with front‑end development and operator interfaces for tele‑op and unmanned system control.
• Experienced in augmenting workflow with AI coding tools to accelerate development cycles, improve product quality, and compress delivery timelines.
• Proficiency in sensor integration, including drivers, configuration/calibration, and using data reliably within a robotics software stack.
• Proven CAN bus experience:
  Ability to integrate, debug, and validate CAN‑based devices and networks in a robotics environment.
• Proficiency in Git for version control and strong command of Linux operating systems. Hands‑on experience with software quality practices (unit/integration testing, debugging, code review) and CI/CD workflows in a Linux environment.
• Highly…