Process Engineer Integration EUV

In the Integration EUV Engineering department of the ZEISS Semiconductor Manufacturing Technology division, you will work together with Research & Development and Production to industrialize the latest generation of lithography systems. You ensure that innovative technologies are successfully transferred into series production with the highest precision. You can expect an exciting work environment with high personal responsibility, state-of-the-art technologies, and the opportunity to actively shape the production of the future.

• Central interface function between development, product management, and production, as well as representation of production requirements throughout the entire product creation process.
• Responsibility for series release of new products by defining requirements, evaluating new processes, and successful handover to production.
• Development of sustainable solutions for identified process gaps up to full implementation in production.
• Creation, coordination, and release of relevant process documentation, such as work instructions and process descriptions.
• Identification and implementation of optimization potentials in assembly and qualification with a focus on automation and digitalization.
• Support of production in the analysis and sustainable elimination of process disruptions to improve OEE, throughput time, manufacturing costs, and process capability.
• Processing of technical queries and customer complaints using established methods such as 8D or Six Sigma and derivation of sustainable measures.
• Work on future-oriented technologies in an experienced team with high technical competence, close cooperation with development, production, and product management, as well as great creative freedom and high personal responsibility in transferring innovative solutions into series production.

• Successfully completed STEM degree, for example in production engineering, mechatronics, electrical engineering, systems engineering, or a comparable field.
• Sound engineering methods, systems, and process competencies acquired during studies, particularly in model-based and hypothesis-driven analysis of complex technical systems, design of experiments (DoE), statistical data analysis, error and uncertainty analysis, and modeling of technical relationships. Complemented by knowledge of relevant tools such as MATLAB/Simulink and Minitab.
• At least two years of relevant professional experience with demonstrably successful practical application of these competencies, methods, and tools for the systematic solution of complex technical problems and derivation of sound technical decisions.
• Ideally, you have experience in complex technical production environments, particularly in assembly and manufacturing processes, automation, control and drive technology, robotics, maintenance, and systematic troubleshooting.
• You have experience in designing, optimizing, and further developing technical processes and use structured methods such as Lean Management, CIP, Six Sigma, or 8D for this purpose. You combine technical understanding with economic thinking to unlock sustainable improvement and development potential.
• You convince with an analytical and solution-oriented way of working, high self-initiative and commitment, as well as an independent, structured, and goal-oriented approach. Strong communication and team skills, plus confident communication in German and English, round off your profile.