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Droyd•San Francisco, CA

6d•$150,000 - $210,000•Onsite

About The Position

Droyd builds autonomous robotic systems that automate repetitive manual work in real environments. We design and manufacture our hardware in-house, which means iteration, fabrication, and execution all happen under one roof. To operate reliably in the real world, our robots need strong electrical systems for power delivery, conversion, and subsystem integration. Our hardware team works across motors, mobile systems, batteries, and supporting power electronics — work that sits at the core of making the robot dependable and scalable. As an Electrical Engineer at Droyd, you will focus on system-level electrical design across motors, power, and platform integration. You will help build the electrical backbone of the robot, including power conversion and the systems that support motion and mobile operation. This role is ideal for someone comfortable working across practical electrical architecture, hardware integration, and power-related engineering challenges. This role is based on-site in San Francisco, CA.

Requirements

Strong experience with system-level electrical engineering
Worked on motors, power systems, or mobile electrical platforms
Comfortable with practical integration and debugging on real hardware
Can make sound engineering decisions around electrical architecture and reliability
Thrive in a fast-moving hardware startup environment

Nice To Haves

Experience with robotics or mechatronic systems
Experience with power electronics or converters
Experience with batteries, motor systems, or mobile robots

Responsibilities

Design and integrate electrical systems for motors, mobile platforms, and robot subsystems
Work on power delivery, power conversion, and battery-adjacent systems
Support electrical architecture for 24–48V systems and related hardware
Prototype, test, debug, and iterate on electrical subsystems quickly
Help improve robustness and reliability of the robot's electrical platform
Collaborate closely with mechanical and robotics teams on system integration
Make sound engineering decisions around electrical architecture and reliability