Mechanical Design Team Lead
IMS Nanofabrication
Mechanical Design Team Lead
IMS Nanofabrication
Multibeam mask writers for semiconductor lithography
Precision mechanical design is essential to the performance and reliability of our multi-beam mask writers. As Teamlead Mechanical Design, you will lead internal and external design engineers and guide mechanical components and assemblies from concept to series production. Reporting to the Head of Mechanics & Technology, you will combine technical leadership with team development and close collaboration across R&D, production, and our supplier network.
Your Responsibilities
What you can look forward to:
With us you will receive an attractive annual gross salary from 83.000,- € (plus bonus, KV Metallgewerbe). Depending on your experience, this can also be higher.
No matter where you are from, how you live, what you believe in - we look forward to receiving your application! What counts for us is the person, not the label. That's why we welcome your unique perspective.
We are committed to equal opportunities and want all applications to be assessed with an open mind. You are welcome to remove your personal information such as age, origin etc. from your CV. We don't need a photo either. This way we can concentrate on the essentials: your qualifications and experience!
Multibeam mask writers for semiconductor lithography
IMS Nanofabrication designs and sells multi-beam mask writers used in semiconductor lithography. These machines use several precise beams to expose masks that define microchip patterns, supporting customers with installation, service, and ongoing support. The company differentiates itself through deep mechatronics expertise and custom engineering, delivering highly precise, reliable equipment for leading semiconductor manufacturers and research institutions worldwide. Its goal is to provide reliable lithography tools that enable the production of next-generation microchips and to be a trusted partner in the semiconductor industry.
Explore more opportunities at IMS Nanofabrication