National Institute of Vacuum Science and Technology Jobs 2026

National Institute of Vacuum Science and Technology: Career Opportunities for 2026

The National Institute of Vacuum Science and Technology stands as a premier research and development hub dedicated to advancing the frontiers of vacuum technology, thin-film deposition, surface science, and plasma processing. Our work is foundational to industries ranging from semiconductor manufacturing and aerospace to renewable energy and advanced materials science. As we look toward 2026, our strategic expansion into next-generation quantum device fabrication and extreme ultraviolet (EUV) lithography support is driving a significant phase of hiring. We are actively seeking to fill roles that will contribute to our five-year roadmap, focusing on both fundamental research and applied industrial solutions. The institute's culture is built on rigorous scientific inquiry, collaborative project teams, and a commitment to translating laboratory breakthroughs into real-world technological advancements.

Our 2026 recruitment campaign is designed to attract top-tier talent across multiple disciplines. We anticipate creating over 50 new positions in the coming fiscal year, with a particular emphasis on integrating artificial intelligence for process optimization and developing sustainable vacuum system technologies. These National Institute of Vacuum Science and Technology jobs represent a direct investment in the future of high-tech manufacturing and research. Candidates who join us will gain access to state-of-the-art cleanrooms, molecular beam epitaxy systems, and advanced diagnostic tools, working alongside recognized leaders in the field. We are not merely filling vacancies; we are building the next generation of technical leaders who will solve critical challenges in nano-fabrication and ultra-high vacuum engineering.

Scientific Researcher Positions in Vacuum and Surface Engineering

We are seeking PhD-level Scientific Researchers to lead projects in surface characterization and vacuum interface phenomena. Successful candidates will design and conduct experiments using tools like X-ray photoelectron spectroscopy (XPS), scanning tunneling microscopy (STM), and residual gas analysis to understand material behavior under ultra-high vacuum conditions. A typical project might involve studying the nucleation and growth of novel 2D materials or developing contamination-control protocols for sensitive space-bound instrumentation. These roles require a deep theoretical understanding of kinetic gas theory and adsorption processes, coupled with hands-on expertise in maintaining complex vacuum chambers. Publication in peer-reviewed journals and presentation at international conferences like the International Vacuum Congress is expected and supported. These careers offer a unique path for scientists who wish to see their fundamental research directly influence the precision manufacturing standards of global industries.

Vacuum Systems Engineer Roles for Large-Scale Projects

Our large-scale projects, including a new synchrotron beamline partnership and a national fusion research initiative, require seasoned Vacuum Systems Engineers. These professionals are responsible for the design, procurement, installation, and commissioning of complex vacuum systems ranging from large-volume chambers to intricate particle beam lines. Day-to-day tasks involve performing pressure and leak rate calculations using software like Molflow+, selecting appropriate pumps and materials for corrosive environments, and developing rigorous safety and operational procedures. Engineers in these roles must be proficient in troubleshooting systemic issues, such as virtual leaks or outgassing from novel composites, often under tight project deadlines. This is a hands-on career that bridges advanced mechanical design with practical problem-solving, ensuring the reliable operation of multi-million-euro research infrastructure that serves the broader scientific community.

Thin-Film Process Technologist Openings

The institute's thin-film division is expanding its team of Process Technologists to support both research and pilot-scale production. These positions are critical for developing repeatable deposition processes using techniques such as magnetron sputtering, pulsed laser deposition (PLD), and atomic layer deposition (ALD). A technologist in this role will work closely with researchers to translate a coating recipe from a small research chamber to a larger, industrial-scale system, meticulously controlling parameters like deposition rate, substrate temperature, and plasma density. They are also tasked with metrology, using ellipsometry and profilometry to measure film thickness and stress, and with maintaining the intricate hardware of the deposition tools.