Production Engineer - Optical & Semiconductor Systems

About this role

Production Engineer Optical & Semiconductor Systems £43,000–£50,000 depending on experience + EMI Share Options + Private Healthcare + Pension Help build the technology enabling the next generation of semiconductors. At Infinitesima, we're developing advanced metrology systems that allow the world's leading semiconductor companies to measure and understand materials at the nanoscale. We're looking for an experienced Production Engineer to build, integrate and test the precision optical, electro-mechanical and photonic assemblies that form the heart of our breakthrough technology.

This is not a high-volume production role. You'll work on complex, high-value systems, collaborating closely with engineers and scientists to solve manufacturing challenges, improve processes and ensure our products perform to the highest standards. If you enjoy combining hands-on build expertise with problem-solving and continuous improvement, we'd love to hear from you. Reward & Benefits Generous EMI share option scheme Private healthcare Death in service benefit About Us Based in Abingdon, Oxfordshire, Infinitesima is a rapidly growing deep-tech company developing next-generation metrology solutions for the semiconductor industry.

Backed by leading global investors, including Applied Ventures, we're combining world-class engineering, physics and software expertise to solve some of the industry's most complex measurement challenges. What You'll Be Doing Manufacture and test complex optical, cabling, and electro-mechanical sub-assemblies, ensuring compliance with manufacturing, assembly, and test procedures, quality requirements, and performance standards, while contributing to continuous process improvement.

Identify, investigate, and resolve manufacturing issues by leading root cause analysis and permanent corrective actions, collaborating with engineering and cross-functional support teams to deliver effective, long-term solutions. Drive manufacturing process improvements by designing safe trials, validating process changes, and updating standards and controls to improve quality, reliability, and efficiency. Lead complex system integration activities, validating module and system performance, resolving integration issues, and ensuring manufacturing readiness.