Mechanical Engineer and Technician – Robotics
Requirements at a glance
Mechanical Engineer and Technician – Robotics at Robotics and AI Institute is a full-time role based in Zurich. It does not mention visa sponsorship. Key skills include SolidWorks. Applications are submitted through Lever.
- Visa sponsorship
- Not mentioned in the posting
- Application platform
- Lever
Skills in this posting
- SolidWorks
- Python
Highlighted skills appear in the posting's requirements.
Extracted automatically from the job description. Confirm details in the full posting below.
What you'll do
Produce comprehensive CAD models, technical drawings, specifications, assembly instructions, and testing plans for complex parts and assemblies.
Drive daily hands-on prototyping, testing, and debugging efforts.
Assemble, fix, and commission robots
Collaborate closely on hardware and system design across multiple cross-functional teams, supporting peers and sharing knowledge.
Champion and maintain a culture of engineering best practices.
What you'll need
A Bachelor’s degree in Mechanical Engineering with relevant professional engineering experience (experience specifically in robotic engineering is highly preferred).
Mastery of at least one 3D CAD system (e.g., SolidWorks, Onshape) and experience navigating version control (PDM, Windchill, or similar) with multiple contributors on large assemblies.
Strong experience in Design for Manufacturing and Assembly (DFM/DFA), including technical drawing ownership, proper application of GD&T, tolerance analysis, and part inspection/verification.
Deep knowledge of engineering analysis tools, including Simulation, FEA, Python, and MATLAB.
Hands-on proficiency with common mechanical prototyping tools and processes (mills, lathes, 3D printers, laser cutters, etc.).
Demonstrated experience in designing, maintaining, and fielding mobile robots, encompassing safety and operational protocols.
Proven experience designing for diverse fabrication methods such as CNC machining, sheet metal, injection molding, and casting.
A strong background in design best practices for rugged, field-deployable systems (e.g., troubleshooting failures, integrating sensors and compute hardware, designing cable routing, and meeting IP requirements).
Excellent communication skills to align technical requirements across internal teams and external vendors.
A collaborative, team-oriented mindset with a genuine excitement for cutting-edge robotics.
Bonus
Proficiency in integrating complex hardware components to ensure seamless operation across robotic platforms.
Hands-on experience designing, manufacturing, and testing custom actuation for robotic systems, particularly integrating frameless pairs for rotary actuation.
Specialized expertise in one or more of the following areas: robotic actuation, system-level architecture for complex electromechanical systems, safety-critical design for human-interfacing systems, or complex mechanism design.