(Senior) Mechatronics Engineer

You have:

• A MSc or PhD in Mechatronics, Mechanical Engineering, Control Engineering or a related field.

• At least 5 years of relevant experience, with a strong track record in mechatronic system or module architecture.

• Deep knowledge in areas such as: motion control, dynamics and vibrations, sensing/actuation, system modelling, and precision mechanics.

• Experience in multi-disciplinary development projects, from concept to release.

• Strong communication and leadership skills to align teams and drive technical decisions.

• Proficiency with modelling and simulation tools (e.g. MATLAB, Simulink, FEM, Python) and a data-driven mindset.

• A strong command of English, both written and spoken.

To keep pace with the soaring demand for semiconductor performance and precision, Nearfield Instruments is developing and building cutting-edge 3D metrology systems. As a seasoned engineer in the mechatronics team, you will take the technical lead for one or more critical modules or subsystems in our revolutionary machines. Bridging the gap between system-level ambitions and design execution, you'll translate performance requirements into clear, realizable concepts - and ensure they're delivered with excellence.

Would you like to work at the forefront of high-tech innovation while playing a key role in our next stage of growth? Join us and lead the development of next-generation metrology solutions with direct impact on our clients and the semiconductor industry worldwide.

As a senior mechatronic engineer, you are technically responsible for a subsystem or module - from the first concept to volume production and beyond. Working closely with System Engineering and the Architects, you will convert system-level KPIs into concrete designs. You'll lead or participate in multidisciplinary teams for the design and realization of complex high-precision modules, ensuring they meet specifications across performance, reliability, manufacturability, cost etc.

• Translating the performance requirements into subsystem concepts, functional architectures, and engineering requirements.

• Taking technical ownership of development projects for your subsystem/module, ensuring alignment between disciplines and stakeholders.

• Making key design decisions - including motion system design, sensing, actuation, control strategy, and system integration approach.

• Shaping the subsystem roadmap to align proactively with both company and customer technology roadmaps.

• Leading design trade-offs between performance, cost, manufacturability, and reliability.

• Coaching and guiding engineers within your project team; reviewing designs, simulations, and integration plans.

• Supporting the industrialization, validation, and successful release of your subsystem into manufacturing and field use.

• Collaborating closely with system architects, project managers, and lead engineers to ensure technical excellence and on-time delivery.

You’re a systems thinker with a solid technical foundation and a passion for precision. You can navigate complexity, lead design teams, and enjoy translating abstract requirements into tangible, working solutions. You are comfortable working in fast-paced, high-tech environments, and you’re energized by solving tough engineering challenges with impact.