Development Engineer for Construction (m/f/d)
Heidelberg Instruments Mikrotechnik GmbHHeidelberg, Baden-Württemberg, Germany
Posted October 21, 2024
Full Time
No company description available.
Heidelberg Instruments Microtechnik GmbH is a leading global company in the design, development, and manufacturing of direct-write lithography systems for micro-, nano-, and 3D structuring, which are used in research institutions and industrial facilities around the world.
The lithography systems of Heidelberg Instruments are used for the production of photomasks and direct-write lithography for a wide range of applications, including MEMS, micro-optics, advanced packaging (3DIC), IC, flat-panel displays (FPD), microfluidics, sensors, and other analog and digital electronic components.
In 2018, SwissLitho AG joined the Heidelberg Instruments group and is now known as Heidelberg Instruments Nano; in 2021, Heidelberg Instruments acquired Multiphoton Optics GmbH.
Heidelberg Instruments maintains a global network of subsidiaries to ensure service and sales for the over 1000 installed systems used in more than 50 countries.
Heidelberg Instruments Microtechnik GmbH is a subsidiary of Lab14, a subsidiary of RSBG SE, which is 100% owned by the RAG Foundation. The RAG Foundation finances the legacy of German coal mining and supports projects in the fields of education, science, and culture.
The workplace for this position is Heidelberg. The employer is Heidelberg Instruments Microtechnik GmbH. The task is to work in a modern, technology-driven environment in a collegiate atmosphere.
Within a multi-person, experienced team, you will develop mechanical and mechatronic groups, high-precision table systems, and automation systems. Your diverse field of activity extends from concept development and simulation to the creation of production documents.
Your profile should include a successfully completed study in the field of mechanical engineering/precision engineering/mechatronics/optical system technology or comparable. Experience in numerical calculation methods (FEM, Matlab) with a focus on structural mechanics and vibration technology is desirable.
Experience in the development/construction of optomechanical systems or fine-mechanical components and groups is advantageous. CAD knowledge, preferably PTC Creo.
We offer a diverse, exciting task within a motivated team:
If we have sparked your interest, we would be happy to receive your application documents with your salary expectations and notice period.
