Be at the heart of actionFly remote-controlled drones into enemy territory to gather vital information.

Apply Now

Senior Mechatronics Design Engineer

London
1 week ago
Create job alert

This is a fantastic opportunity for a senior mechatronics / mechanical design engineer with a background in the design of high precision, mechatronic equipment to work on the design and development of innovative data storage systems and components. The company has a working prototype but this now needs to be optimised to unlock the true performance and potential of the product.

This role sits within a young start up business so candidates who thrive in a fast-paced, dynamic environment, who are not afraid of change or challenging the status quo would do very well.

It would suit a mechanical design / mechatronics engineer who loves to push the boundaries of technology, develop new ideas and develop robust & reliable solutions.

Your Role: Senior Mechatronics Design Engineer

  • Work alongside physicists, electronics design and material scientists to design high precision mechatronic / electromechanical enclosures & internal component design integration such as bearings, motors, actuators etc.

  • Lead & own technical projects and teams with responsibility for the delivery of high precision, electromechanical / mechatronic products

  • Optimisation of existing designs & assemblies to improve efficiency and accuracy of parts

  • Investigate and mitigate mechanical or control issues in the system

  • Get hands on with prototype build, testing and refining designs in a lab-based environment

  • Attend or lead design reviews, present to customers and lead mechanical design & continuous improvement projects

    Your Background: Senior Mechatronics Design Engineer

  • Degree in mechanical / optomechanical / electromechanical / mechatronics engineering or Physics

  • Proven mechatronics and mechanical design of high precision mechanisms, control systems, complex assemblies, fibre optic or laser systems, electronics packaging, scientific instruments, semiconductor equipment, medical devices, robotics, electric motors, satellites, mechatronic prosthetics, automation etc.

  • Strong experience with microcontrollers (Arduino, STM32, Raspberry Pi) with some C/C++ firmware development

  • Ability to lead projects and project teams through various design cycles

  • Ability to demonstrate original thinking and an innovative approach to problem solving, from top-level concept to piece-part design

  • Solid practical engineering skills to build and test prototypes, take systems apart and make improvements

  • Good experience in Design for manufacture (DFM), GD&T, BOM creation etc.

  • Knowledge of manufacturing techniques – precision machining, casting, sheetmetal or precision fabrication

  • Strong 3D CAD skills with either SolidWorks, OnShape, Creo, Inventor, Catia V5, SolidEdge etc.

  • Energetic and enthusiastic personality with strong communication skills to manage own projects or support other members across the business and group

  • Knowledge of design for thermal, vibration or shock would be desirable

    As a thank you for your support, the company offers share options, holidays, pension and opportunities to progress and develop your career.

    This is an onsite role commutable from Slough, Reading, Staines, Basingstoke, Woking, Camberley, High Wycombe and is in easy reach of the M4 or M3

Related Jobs

View all jobs

Senior Design Quality Engineer - Medical Devices

Senior Mechanical Engineer

Senior Quality Specialist

Senior Mechanical Design Engineer

Senior Statistical Programmer

Senior Global IT Manager

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Medical Technology Team Structures Explained: Who Does What in a Modern MedTech Department

Medical technology (MedTech) spans everything from wearable health devices and surgical robots to diagnostic imaging, in-vitro diagnostics (IVD), digital therapeutics, AI-driven triage, and Class I–III medical devices. In the UK, the sector touches NHS care pathways, private providers, and global markets—with stringent expectations for safety, clinical evidence, cybersecurity, and data privacy. As ventures scale from prototype to regulated product, clear team structures become the difference between promising pilots and licensed, market-ready devices. Whether you’re hiring your first clinical specialist or applying for a role in QA/RA, this guide explains who does what in a modern MedTech department, how functions collaborate across the product lifecycle, UK-typical skill sets and salaries, common pitfalls, and best practices for building a resilient team.

Why the UK Could Be the World’s Next Medical Technology Jobs Hub

Medical technology—often abbreviated as medtech—is one of the fastest-growing sectors in healthcare. From sophisticated diagnostic devices and surgical robotics to wearable health monitors and AI-powered imaging systems, innovation in medical technology is transforming patient care, streamlining hospital processes, and enabling personalised treatment at scale. As the United Kingdom deepens its commitment to healthcare innovation, demand for professionals skilled in medtech development, regulation, manufacturing, and deployment is surging. With a rich heritage of scientific research, a globally respected healthcare system, and a dynamic life-sciences ecosystem, the UK is ideally placed to become the world’s next medical technology jobs hub. This article explores why the UK has this potential, where demand is strongest, what kinds of roles are emerging, and what must happen to ensure the UK fulfils its role as a global centre for medtech careers.

The Best Free Tools & Platforms to Practise Medical Technology Skills in 2025/26

Medical technology — sometimes called medtech — covers a broad and fast-growing field: devices, diagnostics, medical imaging, wearable health devices, digital health applications, and AI in healthcare. In the UK especially, regulatory demands, safety concerns, and clinical validation mean that simply knowing theory isn’t enough. Medical technology professionals need hands-on experience with tools, software, imaging data, and modelling frameworks. This article explores the best free tools and platforms you can use in 2025 to practise medical technology skills. Whether you're a student, recent graduate, or switching careers, these resources help you build real skills, assemble portfolio projects, and show employers what you can do.