Robotics Mechanical Engineer

SRI International•Menlo Park, CA

11d•$90,580 - $134,740•Onsite

About The Position

SRI International's Robotics Laboratory develops first-of-a-kind robotic systems for government and commercial customers. Our work spans robotic surgery and teleoperation, humanoid and wearable robotics, underwater and field systems, autonomous platforms, novel mechanisms and actuators, advanced sensing, and laboratory automation. The lab has contributed to systems and technologies including early robotic surgery platforms, Taurus telemanipulation systems, wearable robotics, novel transmissions and actuators, and automated scientific systems. We work across a broad range of applications, but the common thread is turning difficult ideas into working hardware. We are looking for a Robotics Mechanical Engineer who likes to design, build, test, and iterate. You will work at our office in Menlo Park, CA, with mechanical, electrical, software, controls, and research engineers to develop robotic systems from early concepts through fabrication, integration, and test. Projects vary widely, so we value strong engineering fundamentals, hands-on ability, curiosity, and comfort working on problems where the requirements are still evolving.

Requirements

BS or higher degree in Mechanical Engineering, Robotics, Mechatronics, or a related field.
Strong mechanical engineering fundamentals and machine-design intuition.
Experience with 3D CAD; SolidWorks strongly preferred.
Hands-on experience building and testing physical hardware.
Must understand engineering drawings, tolerances, fits, and basic GD&T.
Ability to take an open-ended problem, develop practical concepts, and iterate quickly.
Comfortable troubleshooting across mechanical, electrical, sensing, and software boundaries.
Clear communication and the ability to work on multidisciplinary teams.
U.S. citizenship and the ability to obtain and maintain a U.S. Government security clearance.

Nice To Haves

Robotics or electromechanical systems
Mechanisms, actuators, transmissions, or end effectors
Rapid prototyping and machine-shop experience
DFM/DFA and working with fabrication vendors
Mechanical testing, instrumentation, metrology, or calibration
FEA or other engineering analysis tools
Python, MATLAB, ROS/ROS 2
Medical, wearable, underwater, field, or autonomous robotic systems
Hands-on engineering projects through internships, research labs, student teams, competitions, or personal builds

Responsibilities

Design mechanisms, structures, fixtures, and robotic assemblies in SolidWorks.
Take concepts from sketches through CAD, drawings, fabrication, assembly, and test.
Build and debug electromechanical systems in the lab.
Use rapid prototyping and fabrication methods including 3D printing, machining, laser cutting, and related processes.
Develop drawings, tolerances, and basic GD&T.
Select and integrate motors, actuators, transmissions, bearings, sensors, and other robotic hardware.
Develop test fixtures, make measurements, diagnose failures, and improve designs based on what you learn.
Work closely with software, controls, electrical, and systems engineers during integration.
Maintain CAD, drawings, revisions, and engineering data using SolidWorks PDM.