Mechanical Design Engineer - Robotics End Effectors

Mechanical Design Engineer - Robotics End Effectors Mechanical Design Engineer - Robotics End Effectors Hatched Recruitment Group provided pay range

This range is provided by Hatched Recruitment Group. Your actual pay will be based on your skills and experience — talk with your recruiter to learn more.

Base pay range

$/yr - $/yr

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Solving hiring problems @ Hatched Recruitment Group

This hands-on role sits at the intersection of automation, robotics, and mechanical design. You'll develop advanced end effectors / end-of-arm tooling (EOAT) solutions and precision electromechanical components.

Join a mission-driven startup building robotic systems to solve one of the world’s fastest-growing environmental challenges: electronic waste.

If you enjoy building from scratch, iterating quickly, and working across disciplines to create real-world, scalable impact, this is an opportunity to directly shape the future of sustainable electronics manufacturing.

You will get to expand you experience

• Designing and prototyping robotic tooling systems, EOAT and end effectors for tasks such as gripping, unscrewing, cutting, and material separation
• Creating modular, scalable tools adaptable to different devices and product types
• Translating hardware process needs into robust mechanical designs
• Collaborating closely with robotics, controls, software, and electrical teams to ensure seamless integration
• Conducting detailed analyses (tolerancing, FEA, DFM) to ensure durability and precision
• Driving the full product lifecycle—from CAD and prototyping to in-field deployment and iteration

What you will need to have

• 5–7 years of hands-on, professional mechanical engineering experience (non-internship)
• Deep background in mechanical design, particularly for automation or robotics
• Strong CAD skills (Fusion 360, Solid Works, or similar)
• Experience with EOAT, End Effectors, robotic tooling—especially gripping, fastening, or cutting tools
• Knowledge of rapid prototyping and manufacturing methods (e.g., CNC, 3D printing, sheet metal)
• Comfortable working in-person on hardware in a fast-paced R&D environment
• Strong cross-functional communication and debugging skills
• Highly detail-oriented and motivated to deliver production-grade solutions

The Work Environment

• 100% in-person in a well-equipped R&D and prototyping space.
• Access to CNC equipment, 3D printers, and robotics platforms
• Small, mission-focused team solving complex challenges with a hands-on approach
• Backed by revenue and mission-aligned investors, the company is profitable and focused on sustainable, long-term impact

Seniority level

• Seniority level
  
  Mid-Senior level

Employment type

• Employment type
  
  Full-time

Job function

• Industries Robotics Engineering, Engineering Services, and Automation Machinery Manufacturing

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