R&D Mechanical Lead - Medical Robotics

Machnet Medical Robotics; Greater London; Vor Ort; GBP 90.000 - 130.000; Vollzeit

Benefits dieser Stelle

Pension contribution

Prototyping space

Central London office

Gym membership

Cycle to work

Team socials

Zusammenfassung

Machnet Medical Robotics seeks an R&D Mechanical Lead to guide the mechanical engineering team in central London, taking ownership of the design as the platform moves from prototype to production-ready medical hardware.

You will set technical direction, document design decisions, and ensure usability, reliability, and serviceability meet clinical requirements, while collaborating with electronics, software, systems, and quality teams to deliver an integrated device.

Qualifikationen

• Master's or PhD in Mechanical Engineering.
• 10+ years designing and developing complex electromechanical systems, ideally in medical devices.
• Experience leading a mechanical team and making clear trade-off decisions.
• Deep understanding of mechanical design for real-world reliability, serviceability, and performance under clinical constraints.

Aufgaben

• Lead, coach, and grow the mechanical engineering team with clear expectations for design quality.
• Drive design reviews focused on usability, reliability, and manufacturability.
• Own mechanical architecture, tolerancing, and system integration for the platform.
• Align mechanical direction with electronics, software, and clinical teams to deliver an integrated device.

Kenntnisse

Leadership

Mechanical design

Regulated medical devices

Design decision making

Ausbildung

Master's or PhD in Mechanical Engineering

Tools

SolidWorks

3D printing

Laser cutting

CNC milling

Injection moulding

Jobbeschreibung

Machnet Medical Robotics seeks an R&D Mechanical Lead to guide the mechanical engineering team in central London, taking ownership of the design as the platform moves from prototype to production-ready medical hardware.

You will set technical direction, document design decisions, and ensure usability, reliability, and serviceability meet clinical requirements, while collaborating with electronics, software, systems, and quality teams to deliver an integrated device.