Robotics Electrical Engineer

Electrical Engineer Opportunity

Rovex is building autonomous robots that help hospitals operate more efficiently so healthcare professionals can focus on what matters most: patient care. Our robots automate routine tasks such as transportation, logistics, and environmental monitoring, enabling healthcare systems to improve efficiency while enhancing the patient experience.

We're a fast-growing robotics startup bringing together experts in robotics, AI, and healthcare to solve real-world problems. Our team works hands-on across hardware and software, rapidly iterating from prototype to deployment in close collaboration with hospital partners.

If you're excited about building complex robotic systems, taking ownership, and seeing your work deployed in the real world, we'd love to hear from you.

About the Role

We are looking for a hands-on, versatile Electrical Engineer to help bring our next-generation robotic platforms to life. In this role, you will bridge the gap between complex electrical architecture and physical robotic movement. From designing dynamic wire harnesses that route through moving kinematic joints to developing custom test benches, you will have true ownership of our hardware from early-stage prototyping and validation all the way to production.

Key Responsibilities

• Robotic Integration & Architecture:
  Integrate sensors, switches, motor drivers, and battery management systems into complex robotic platforms.
• Schematic & Harness Design:
  Develop robust electrical schematics, interface documentation, and dynamic wiring harnessing solutions tailored for moving structures and kinematic joints.
• Component Selection & BOM Management:
  Source and select optimal components, creating comprehensive Bills of Materials (BOMs) for both rapid prototypes and high-volume production hardware.
• Testing & Calibration:
  Design custom test fixtures, calibration systems, and automated test benches to support prototype validation and volume production environments.
• Validation & Compliance:
  Perform sensor characterization, reliability testing, and environmental testing to validate hardware performance across the robot's expected lifetime. Collaborate with external facilities for regulatory compliance and safety validation.
• Cross-Functional Collaboration:
  
  Contribute to system-level design reviews, risk assessments, and safety planning. Troubleshoot complex electrical issues across both prototype and deployed field systems.