Top Mechatronics Engineering Jobs in San Francisco Bay Area, CA

The Senior Mechatronics Engineer will develop the mechatronic systems for manufacturing prosthetics, focusing on system architecture, rapid prototyping, and integration with various engineering teams.

Lead end-to-end mechatronics development for hotel-deployed robots: mechanical design, electrical architecture, component selection, in-house prototyping, field debugging, and vendor management. Build for manufacturability, serviceability, and real-world reliability while iterating rapidly in an in-person San Francisco environment.

Design and develop mechanical systems for autonomous vehicles, collaborate with software teams, conduct testing, and troubleshoot issues.

The role involves designing test plans, maintaining test infrastructure, analyzing performance data, and collaborating cross-functionally in UAV test engineering.

Develop and integrate firmware, software, and electrical systems for a metal 3D printer. Lead implementation and verification of firmware/PLC-controlled features, motion control, sensor and actuator integration, rapid prototyping, and production code contributions (C/C++, Python). Manage PCB design and serial/analog interfaces, support agency certification, and collaborate across mechanical, electrical, materials, and software teams to deliver product to market.

Design, develop, and integrate electromechanical systems for drone motors and robotic actuators. Collaborate with design, test, and manufacturing teams; create test plans and build test and manufacturing automation equipment; develop embedded software and hardware integration; document specifications and perform R&D to improve product performance and reliability.

Lead mechanical and electromechanical validation for Dropbox assemblies: develop test plans, design and build fixtures and automated rigs, instrument systems, run environmental and high-cycle tests, analyze data, investigate failures, correlate lab and field performance, and collaborate with cross-functional teams to verify reliability and readiness for deployment.

Design and build automated test systems, electromechanical fixtures, and instrumentation; develop test automation and CI tooling (Python, Rust); own projects end-to-end from requirements through fabrication, software integration, validation, and handoff; collaborate cross-functionally and produce clear documentation while actively using AI coding assistants.

Hands-on mechatronics engineer owning hardware-software integration for an autonomous robot. Responsibilities include sensor/actuator driver development in ROS2, debugging firmware and real-time protocols, CAD design and GD&T drawings, PCB/power wiring support, test automation and HIL validation, and field reliability/stress testing for construction environments.

Responsible for mechanical designs from concept to verification, collaborating on test solutions and providing comprehensive documentation.

Design, test, and optimize electromechanical systems and motor control firmware. Specify and tune BLDC motors, harmonic drives, and gearboxes. Implement FOC firmware on microcontrollers and integrate industrial communications (EtherCAT, CAN). Collaborate with mechanical engineers on joint design and thermal management to improve efficiency and torque density.

Support the design and deployment of agricultural automation systems, integrating mechanical systems, robotics, sensors, and providing hands-on collaboration with scientists and engineers.

The Mechatronics Engineer will design, prototype, and build semiconductor fabrication equipment, integrating mechanical and electrical systems, and rapidly testing prototypes.

The Senior Mechatronics Engineer will design and develop automated test systems, collaborate across teams to meet engineering needs, and lead projects from start to finish, ensuring clear communication and documentation throughout the process.

Design, prototype, and validate electromechanical and robotic hardware for autonomous mining vehicles, including drive-by-wire actuation, motion and powertrain systems, manipulators, and end-effectors. Produce CAD, BOMs, select components, lead bench and field testing, and collaborate with controls and autonomy teams to integrate hardware, sensing, and compute for fully autonomous operation.

Design, implement, and validate autonomy software for mining vehicles including perception, localization, mapping, motion planning, and control. Integrate and calibrate LiDAR, camera, radar, IMU/GNSS sensors; build embedded real-time software; develop simulation and data pipelines; and lead bench, rig, and field validation while collaborating with hardware and controls teams.