Ultra-Precision Optical Component Manufacturing Engineer – S[&]T – Delft

Jobid=781fa2a5379d (0.0142)

ppWe are currently looking for an bEngineer /b to join the team in bDelft /b. /p pYou will work on a team that specializes in the development of ultra‑high‑end, one‑off optical components for the space, semiconductor and scientific instrumentation sectors — regularly operating at the limits of current technology. The work integrates optical design, ultra‑precision machining and high‑accuracy metrology in iterative, project‑specific workflows. /p pAs an Ultra‑Precision Optical Component Manufacturing Engineer, you will work at the intersection of machining, measurement and engineering judgement. You will actively shape processes and collaborate closely with specialists across disciplines. The role requires independent thinking, a willingness to challenge assumptions and the ability to adapt solutions based on data and multidisciplinary input. /p pYou will contribute to unique optical components for leading organizations in the space and high‑tech industry, including major space agencies and global aerospace and astronomy programs. This is a rare opportunity to work at the frontier of ultra‑precision manufacturing, where expertise develops through hands‑on practice, experimentation and close collaboration in a technically demanding, high‑autonomy environment. /p h3Responsibilities /h3 ul liManufacture spherical, aspherical and freeform optical surfaces using Single Point Diamond Turning (SPDT) /li liProgram, set up and operate ultra‑precision SPDT machines for prototype and one‑off components /li liAssess manufacturability in early project stages, covering tolerances, deformation risks, fixturing concepts and process feasibility /li liDevelop machining strategies and tooling concepts tailored to specific optical and metrological requirements /li liPerform in‑process and post‑process measurements using high‑accuracy metrology tools, including profilometry, interferometry and CMM‑based methods /li liTranslate metrology results into corrective actions in machining and process planning /li liContribute to the design of interfaces, fixtures and mirror blanks with explicit consideration of manufacturing constraints /li liDocument process iterations, decisions and results to support knowledge retention and reproducibility /li liCollaborate closely with optical and mechanical engineers to resolve complex, non‑standard technical challenges /li liMaintain machines and tooling, and perform root‑cause analysis when performance deviates from specification /li /ul h3Requirements /h3 ul liBackground in precision engineering, instrument manufacturing, fine‑mechanical technology, applied physics or a related field (intermediate to bachelor's level, depending on experience) /li liExperience with ultra‑precision machining or advanced CNC processes; SPDT experience is a strong asset /li liStrong ability to read, interpret and produce technical drawings /li liExperience with CAD software; CAM experience is a plus /li liComfortable handling high‑value, sensitive components and equipment /li liAnalytical mindset with an understanding of material behaviour, surface generation and error sources /li liMethodical, quality‑driven working style with awareness of the broader engineering context /li liClear communicator within multidisciplinary teams, willing to question assumptions — including their own /li liProficient in English; Dutch is a plus /li /ul h3Nice‑to‑have: /h3 ul liExperience with advanced optical metrology techniques such as interferometry, profilometry or wavefront analysis /li liExperience with corrective finishing methods such as MRF (Magnetorheological Finishing) /li liExperience integrating measurement data directly into process or toolpath optimization /li /ul pInterested? Then click to apply or send your CV and motivational letter to /p /p #J-18808-Ljbffr

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