Teamleiter Process Engineering Im Bereich Oberfläche (m/w/x)
Carl Zeiss Pty Ltd
Oberkochen, Germany
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Leadership of process engineers
Optimization of production processes
Feinstreinigung, lackieren, strahlen, schleifen und polieren
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Carl Zeiss Pty Ltd is seeking a Team Leader for Process Engineering in the Surface sector, responsible for leading a team of eight engineers focused on optimizing production processes. The ideal candidate will have a technical background in chemistry, materials science, or surface technology, along with leadership experience and proficiency in quality and process optimization methodologies.
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Job Summary
You will take on the leadership of a team of eight process engineers specializing in the optimization of production-related processes.
You and your team will be responsible for the development, industrialization, and stabilization of highly sensitive processes in fine cleaning, with applications up to cleanroom class ISO 5.
At ZEISS, we offer a variety of opportunities for professional development, including qualification programs, internal online learning platforms, external training, and attractive career paths.
Matching Summary
Match Score: 75
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Carl Zeiss Pty Ltd is seeking a Team Leader for Process Engineering in the Surface sector, responsible for leading a team of eight engineers focused on optimizing production processes. The ideal candidate will have a technical background in chemistry, materials science, or surface technology, along with leadership experience and proficiency in quality and process optimization methodologies.
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Skills & Requirements
Must-have
Leadership of process engineers
Optimization of production processes
Feinstreinigung, lackieren, strahlen, schleifen und polieren
Quality, cost, and efficiency focus
Collaboration with internal interfaces
Nice-to-have
Team spirit and leadership
Setting new standards
Continuous improvement methods
Key Requirements
Technical degree in Chemistry, Materials Science, or Surface Technology
Proven leadership experience
Knowledge of quality and process optimization methods
Structured, analytical, and solution-oriented approach