Embedded Firmware Engineer – Actuators & Drives
Confidential
Posted: January 30, 2026
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Quick Summary
We're looking for a skilled Embedded Firmware Engineer to join our team in Palo Alto, California, USA. The ideal candidate will have expertise in embedded systems, firmware development, and experience with robotics and AI. The successful candidate will be responsible for designing and developing firmware for our actuators and drives, with a focus on creating autonomous robots that can perform any kind of work.
Required Skills
Job Description
About 1X
We’re an AI and robotics company based in Palo Alto, California, on a mission to build a truly abundant society through general‑purpose robots capable of performing any kind of work autonomously.
We believe that to truly understand the world and grow in intelligence, humanoid robots must live and learn alongside us. That’s why we’re focused on developing friendly home robots designed to integrate seamlessly into everyday life.
We’re looking for curious, driven, and passionate people who want to help shape the future of robotics and AI. If this mission excites you, we’d be thrilled to hear from you and explore how you might contribute to our journey.
Role Overview
We are looking for an Embedded Firmware Engineer to develop and maintain the low-level firmware that runs on actuator and motor drive electronics. In this role, you will focus on robust, maintainable, and well-structured embedded software that enables motor control, sensing, safety, and system integration.
You will work closely with motor control, electrical, and test engineers to ensure that firmware reliably bridges hardware capabilities and higher-level system requirements.
Responsibilities
• Develop and maintain embedded firmware for motor drives and actuator controllers
• Implement hardware abstraction layers, drivers, and real-time infrastructure
• Support integration of motor control algorithms developed by control engineers
• Work closely with electrical engineers during hardware bring-up and debugging
• Implement safety mechanisms, fault handling, and diagnostics
• Support test and validation efforts through logging and debug features
• Improve firmware efficiency, structure, readability, and long-term maintainability
• Document firmware architecture, interfaces, and assumptions