Robotics Systems Integration Engineer

Duties and Responsibilities

• Own the integration and execution of mechatronic robotic systems, including computers, sensors, wiring harnesses, control systems, and wireless networks
• Translate system requirements, MBSE diagrams, and interfaces into practical, buildable hardware solutions in collaboration with the engineering team
• Make and document system-level design tradeoffs related to power, compute, sensing, packaging, and safety
• Design and implement electrical architectures, wiring schematics, cable layouts, and power distribution solutions
• Select, integrate, and bring up control systems and autonomous sensing platforms
• Integrate industrial automation technologies such as hydraulic systems, robotic arms, motion control, cooling,  and safety systems
• Design and support electronics packaging and enclosures for rugged, off-highway, and field environments
• Build and modify hardware through hands-on prototyping and fabrication using shop tools (mills, drills, welders, etc.)
• Drive system-level debugging and troubleshooting across electrical, mechanical, and software domains
• Identify, manage, and mitigate integration risks throughout development
• Execute and support integration testing, verification, validation, and field testing efforts

Qualifications

• Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Robotics, or a related field
• Demonstrated experience designing, building, and integrating complex electromechanical or robotic systems
• Strong hands-on background in wiring harness design, electrical integration, and system assembly
•  Experience selecting and integrating sensors, actuators, and compute platforms
• Comfort working hands-on with mechanical systems, vehicles, or industrial equipment
• Ability to troubleshoot system-level issues spanning hardware, controls, and integration
• Self-directed engineer with strong ownership, accountability, and follow-through

• Experience with autonomous or unmanned vehicle systems operating in real-world environments
• Familiarity with industrial automation systems, including hydraulics, servos, motion control, and safety systems
• Familiarity with autonomous sensing technologies, including cameras, LiDAR, and point cloud–based systems
• Experience designing ruggedized electronics and wiring for harsh environments
• Understanding of military specifications related to safety, electronics, power, mechanical, and environmental requirements
•  Experience supporting systems through prototype iteration, field testing, and transition toward production
• Familiarity with relevant military and industry standards, such as MIL-STD-882, MIL-STD-810, MIL-STD-461/464, ISO 26262, etc.
•  Ability to provide technical leadership, set priorities, and guide others during integration activities

Benefits