Process Engineer

Join Nanocomp as a full-time Process Engineer, Nanofabrication, in Vantaa, Finland. As a global leader in advanced photonic solutions specializing in micro- and nanostructured optical components, we are looking for a motivated engineer to develop and optimize manufacturing processes and equipment for advanced optical components used in AR/VR and display applications. This position is suitable for both recent graduates and experienced professionals who enjoy hands-on engineering, technical problem-solving, and developing innovative manufacturing technologies. Your responsibilities and level of ownership will be tailored to your experience. Apply by November 6, 2026. Responsibilities - Develop, optimize, and qualify manufacturing processes and equipment for advanced optical components - Participate in R&D and customer projects involving lithography and nanoimprinting technologies - Plan and conduct process trials, analyze results, and identify opportunities for process improvement - Develop and optimize processes involving EBL, wet and dry etching, resin applications, curing, thin film coating (ALD/PVD), and related technologies - Evaluate equipment capabilities and contribute to equipment development, commissioning, and troubleshooting - Use structural and optical characterization methods to support root-cause analysis and process optimization - Establish process specifications, operating conditions, and work instructions to ensure reliable and repeatable manufacturing - Support process scale-up and the transfer of new technologies from R&D to manufacturing - Collaborate with internal teams, equipment suppliers, manufacturing partners, and international customers - Depending on experience, lead technical development activities and contribute to process and equipment strategy Requirements - MSc or PhD in Chemical Engineering, Materials Science, Applied Physics, Semiconductor Engineering, or a related field - Interest in process development, manufacturing engineering, equipment engineering, or industrial R&D; relevant professional experience is an advantage - Motivation for hands-on experimental work and technical problem-solving - Ability to plan experiments, analyze data, and communicate technical findings - Knowledge of materials processing, lithography, nanoimprinting, thin film coating (ALD/PVD), or precision manufacturing is beneficial - Familiarity with characterization methods such as AFM, SEM, ellipsometry, profilometry, or optical metrology is an advantage - Systematic, proactive, and solution-oriented approach to work - Good teamwork and communication skills in an international environment - Fluent English, both spoken and written - Willingness to travel when required Recent graduates with relevant thesis or project experience are encouraged to apply. More experienced candidates may also bring expertise in leading technical projects, equipment development, or mentoring colleagues. Salary The salary range for this position is €5,400–€7,000 per month, depending on experience, seniority, and qualifications. Ready to apply? For more information about the role, feel free to contact our Director, Nanotechnology, Mervi Ylä-Jarkko, by email at mervi.ylajarkko@nanocomp.fi. Please submit your application, including your CV and salary request, by November 6, 2026 using the “APPLY HERE” link. Applications will be reviewed on a rolling basis, and the position will be filled as soon as a suitable candidate is found. Why Nanocomp? At Nanocomp, you will join a dynamic and highly skilled international team at the forefront of photonics technology. We develop advanced optical components and manufacturing technologies for leading AR/VR and display technology companies worldwide. We offer a collaborative and innovative work environment where junior engineers can develop their expertise and experienced professionals can take ownership of demanding technical projects. As part of Radiant Opto-Electronics Group, you will also have opportunities to collaborate with global customers and manufacturing partners. Your work will have a direct impact on the development and industrialization of next-generation optical technologies.