Robotics Electrical Engineer

Position Overview

This is a hands‑on Hardware R&D role focused on developing the next generation of our field‑deployed robotic and electromechanical inspection systems operating in harsh outdoor environments.

You will own the electrical architecture from concept through bring‑up, working closely with mechanical, embedded, and computer vision engineers to turn ideas into robust, deployable systems.

You’ll spend a significant portion of your time in the lab designing and bringing up boards, debugging issues, building and wiring prototypes, and integrating the electronics into the full mechanical system. While this is an electrical‑first role, success requires being comfortable working across the hardware stack and contributing wherever needed to get the system working. As you ramp, you’ll take full ownership of the electrical architecture while supporting the broader Hardware R&D effort.

This role is best suited for engineers who are comfortable with high ownership, minimal direction, and working outside a narrow discipline in a small‑team environment.

• Design schematics and multi‑layer PCBs for MCU‑based systems for the company
• Select components considering performance, reliability, cost, availability, and manufacturability
• Generate fabrication documentation and support board revisions
• Perform board bring‑up, debugging, and validation

• Develop embedded firmware primarily for board bring‑up, hardware validation, and sensor/communication integration (not full application development)
• Implement and troubleshoot common communication interfaces

• Build and wire prototypes and test systems
• Design wire harnesses and connector schemes
• Integrate sensors, power systems, and actuation components into mobile or operator‑deployed platforms
• Work hands‑on with power systems, sensors, batteries, motors, and field hardware
• Diagnose and resolve issues across electrical, firmware, and system levels in the field and spec design changes to mitigate these concerns
• Work closely with mechanical, embedded, machine learning, and production teams to develop new system concepts
• Contribute to system architecture and cross‑disciplinary design decisions
• Collaborate with cross‑functional teams to align requirements and technical direction

• Bachelor’s degree in Electrical Engineering or related field
• 5–10+ years of experience in hardware development
• Experience designing schematic and PCB layout (multi‑layer boards)
• Experience with MCU‑based hardware design and board bring‑up
• Working knowledge of embedded C/C++ for hardware interaction, validation and test beds
• Experience with common comms interfaces
• Strong hands‑on troubleshooting and system debugging skills
• Comfortable working in a fast‑moving, small‑team R&D environment

• Experience with robotics, industrial equipment, or other electromechanical systems
• Experience with mechanical CAD, 3D printing, or rapid prototyping — or strong interest in learning and developing in these areas
• Experience with power electronics, battery systems, motors, or actuators
• Comfortable working through ambiguity while helping to build out logical process.
• Experience with design for manufacturability (DFM) and low‑to‑medium volume production
• Experience working with field‑deployed or ruggedized hardware

This role works best for someone who:

• Enjoys building, breaking, and fixing real hardware
• Is comfortable moving between schematic, firmware, and physical systems
• Takes ownership without waiting for perfect requirements
• Communicates clearly across disciplines

Benefits:
Healthcare, Vision, Dental, Life, PTO

Experience: Mid to senior‑level Electrical Engineers with experience owning hardware from concept through bring‑up are encouraged to apply.

This is a hands‑on R&D role where PCB design is a core responsibility, but much of the work involves system integration, prototyping, and working across electrical, embedded, and mechanical domains.

Our development environment includes multi‑layer PCB design tools (Altium/KiCad or similar), microcontrollers, standard lab debugging equipment (JTAG, logic analyzers, oscilloscopes), and rapid prototyping methods.

• A pure PCB or circuit‑design‑only position
• No interest in developing mechanical design skills
• Narrowly scoped corporate EE roles
• Minimal hands‑on or cross‑disciplinary work

Applicants must be authorized to work in the United States without current or future employer sponsorship.