15 switzerland English-speaking jobs in Lenzburg

Description :The opportunity At our BiMOS Backend plant in Lenzburg, Switzerland and Power Semiconductor ... to develop technical and organizational skills while supporting a major industrial expansion across Switzerland ... changing environments, embrace new tools, and commit to a six- to nine-month assignment split between Switzerland

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The actual location of this job is in Stein, AG, Switzerland.

The actual location of this job is in Stein, AG, Switzerland.

The actual location of this job is in Stein, AG, Switzerland.

The actual location of this job is in Stein, AG, Switzerland.

The actual location of this job is in Stein, AG, Switzerland.

Maintain and optimize wet chemical and plasma etch equipment in a semiconductor production environment. Troubleshoot, repair, and plan preventive maintenance activities. Collaborate with engineering and operations teams to support production goals.

Electrical Validation Engineer will contribute to development projects for semiconductor chips and power modules. Responsibilities include evaluating performance through electrical testing, analyzing data, and writing test reports. Requires a Master's degree in electrical engineering or related field, experience in R&D, and proficiency in software tools.

The Senior Material Quality Engineer ensures the quality, robustness, and reliability of raw materials used in BiMOS semiconductor device production. The role independently manages complex material and supplier quality topics, leads investigations, and supports supplier and team capability development.

As an Implant Maintenance Engineer, you will ensure the availability and reliability of semiconductor production tools. You will perform corrective, preventive, and predictive maintenance on implant equipment, collaborating with teams to optimize performance and safety.

Ensure maximum uptime of semiconductor production tools through proactive maintenance and troubleshooting of diffusion and implant equipment. Drive continuous improvement in equipment performance, collaborating with teams to achieve performance goals and optimize line efficiency.

Develop next-generation power semiconductor chips, focusing on silicon power diodes and related technologies. Support the end-to-end product development cycle, from concept and simulation to validation and reliability assessment. Apply TCAD simulation models to optimize device performance, yield, and cost. Collaborate with process engineers, characterization, and reliability teams.

Lead and mentor a team of R&D engineers in the development of bipolar semiconductor devices. Define and execute R&D strategies, drive research on materials and fabrication processes, and collaborate with cross-functional teams.

Working Student will assist in identifying optical defects, support defectivity projects through data analysis, and optimize defect portfolios. Must be enrolled in a relevant degree program and possess strong teamwork, communication, and attention to detail.