Nanofabrication R&D Engineer

Design, develop, optimize, and document nanofabrication processes. Support cutting-edge academic and industrial R&D projects through process evaluation, troubleshooting, and statistical process control. Take technical ownership of selected semiconductor cleanroom systems including deposition, characterization, and wet-processing. Coordinate preventive maintenance, repairs, upgrades, vendor interactions, and the evaluation, commissioning, and installation of new equipment. Act as a key point of contact for safety within the BRNC and contribute to the development and continuous improvement of its safety protocols. Assume hands-on and administrative responsibilities related to chemicals, gases, safety equipment, and cleanroom operations. Train and support researchers, advising on tool usage, process development and optimization. Contribute to introductory courses, technical seminars, and facility tours. Maintain accurate operating manuals and records of processes, equipment, workflows, and maintenance activities. Drive the integration of modern IT tools, process databases, and digital platforms. Stay up to date with emerging nanofabrication trends to proactively improve process capabilities and facility reliability. Embrace new challenges and evolving responsibilities as operational and scientific needs develop.

The Binnig and Rohrer Nanotechnology Center (BRNC) at ETH Zurich is a state-of-the-art research facility providing advanced technology, infrastructure, and expertise for nanoscience and nanotechnology. Our operations team manages more than 1,000 m² of semiconductor cleanroom and laboratory space and supports cutting-edge R&D projects involving ETH Zurich researchers and partners from academia, industry, and the start-up community.

• A university degree or equivalent qualification in materials science, chemistry, chemical engineering, physics, nanotechnology, microengineering, or a related technical discipline.

• At least 5 years of hands-on professional experience in nanofabrication, semiconductor processing, wet chemistry, and vacuum-based techniques.

• Understanding of materials, chemical hazards, compatibility, and contamination risks. Experience in the evaluation or introduction of new chemicals, materials, or processes into a complex technical environment is an advantage.

• High comfort level with modern IT tools, process databases, software platforms, and a proactive drive to learn and introduce new digital solutions.

• Highly self-motivated, creative, eager to learn and to look for solutions to technical problems and organize work with a great sense of responsibility.

• Strong teamwork and communication skills with a desire to contribute and help proactively.

• Ability to thrive in a dynamic and cutting-edge research environment, contributing to innovative projects and collaborations.

• Good command of German and English.