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The Senior Mechanical Engineer will design and develop Apollo humanoid robots through full product lifecycle, solve engineering problems, and collaborate with cross-functional teams.

The Staff Mechanical Engineer will lead design efforts for the Apollo robot, mentor junior engineers, and ensure production readiness through collaboration across departments.

Lead architecture and systems design for a Robot-as-a-Service edge/cloud platform. Define interfaces, constraints, and contracts between robots, platform, and customer integrations. Drive cross-functional decisions, translate product intent to engineering scope, and ensure reliability across data pipelines, APIs, and security concerns.

Lead a team designing Apollo's data 'nervous system': internal networks, RF/wireless integration, wire harnesses/flex-PCBs, EMI/EMC and signal integrity. Manage engineers, set architecture and grounding strategies, and collaborate cross-functionally to ensure robust connectivity in an articulating humanoid robot.

Lead development and deployment of state-of-the-art RL algorithms for locomotion and manipulation on humanoid robots. Prototype in simulation, transfer and fine-tune on hardware, optimize distributed training pipelines, mentor junior engineers, and collaborate with hardware teams to analyze results and improve sim-to-real performance.

Seeking a Senior Electrical Engineer to design audio and display systems for the Apollo robot, ensuring compliance with safety standards and leading the electrical team.

Lead and scale the Locomotion and Manipulation mechanical engineering team for a humanoid robot. Responsibilities include team hiring and mentorship, resource allocation, mechanical architecture, structural and kinematic design oversight, Siemens NX and Teamcenter CAD standards, mass optimization, packaging, design reviews, DFM/DFA, production scaling, and cross-functional coordination with actuation, controls, electrical, and technical teams.

Lead mechanical design and integration of upper body systems for a humanoid robot, focusing on architectural decisions and high-performance mechanisms.

Develop and maintain real-time firmware for humanoid robot actuation, including BLDC motor control, field-oriented control, current and torque loops, fault recovery, and hardware bring-up. The role covers system identification, controller tuning, HIL/SIL testing, telemetry, diagnostics, reliability analysis, and production deployment. Collaboration with controls, electrical, mechanical, systems, and software teams is required, along with participation in design reviews and firmware architecture decisions.

As a Staff MLOps Engineer, you will lead the architecture of the MLOps platform, manage dataset lifecycle, model registry, and ensure quality and deployment of models to robots.