h3Giving shape to wafer-level optics — together /h3 pDo you enjoy turning optical concepts into precise, robust and good-looking hardware? /p pAs our new Mechanical Systems Engineer, you will strengthen our Modules team with optomechanical expertise. You will build the CAD models of our optical modules, define their optomechanical design, and help turn our demonstrators into professional, product-like devices that convince customers. This is a unique opportunity to grow your expertise in a fast-moving, multidisciplinary environment at the forefront of nano- and micro-optics innovation. /p pBased in our modern office and cleanroom facilities in Seehallen Horgen, right next to Lake Zürich, you will join an experienced, collaborative team of optics, electronics and process engineers dedicated to building next-generation optical modules and demonstrators. /p bYou will be part of an ambitious company where we win together. Team spirit and mutual success are key components in our everyday work culture. /b h3Tasks and responsibilities /h3 h3Optomechanical Design /h3 pDefine the optomechanical design of our optical modules, including lens and sensor holders, apertures, alignment features and housings. Translate optical requirements into mechanical concepts and set tolerances that make our modules robust and manufacturable. /p h3CAD Modeling and Documentation /h3 pCreate 3D CAD models, assemblies and 2D production drawings including GDT, and maintain clean design data for internal builds, suppliers and customers. /p h3Tolerance and Performance Analysis /h3 pPerform tolerance stack-up analyses and work with the optical design team to assess how mechanical tolerances, thermal effects and assembly processes affect optical performance. /p h3Demonstrators and Product-Like Prototypes /h3 pSupport the build-up of demonstrators and prototypes from concept to final assembly. Design housings, mounts and covers that make our demonstrators look professional and product-like for customer meetings and trade shows. /p h3Manufacturing and Supplier Collaboration /h3 pSelect suitable manufacturing processes such as CNC machining, 3D printing and injection molding, and work with external suppliers and module integrators to ensure parts are delivered on time and to specification. /p h3Assembly and Test Fixtures /h3 pDesign jigs, fixtures and alignment tools for module assembly and optical characterization in our lab and cleanroom. /p h3Skills, experiences and qualifications we are looking for /h3 ul liMinimum 3 years as a mechanical or optomechanical development engineer in a high-tech, optical or consumer electronics environment /li liMSc in Mechanical Engineering, Microengineering, or a related field /li liExpert in 3D CAD modeling (e.g. SolidWorks, Creo or Siemens NX), including production drawings and GDT /li liExperience in the optomechanical design of camera, sensor or optical modules, including tolerance analysis; basic understanding of optics is a plus /li liExperience with injection molding for consumer electronic components (part design, mold concepts, supplier collaboration) is a plus /li liSolid knowledge of manufacturing processes such as injection molding, CNC machining, 3D printing and surface finishing /li liAn eye for design and finish, with the ability to create prototypes that look and feel like real products /li liPragmatic, hands‑on mindset and the ability to work across optics, electronics and process teams /li /ul h3Questions /h3 pYou are welcome to reach out to hiring manager: Moritz Schmidlin, Head of Modules, /p h3Interested? /h3 h31. From (optical) requirements to mechanical design /h3 pDescribe an (opto)mechanical design you were responsible for: What was your role, and how did you handle tolerances and other technical challenges? /p h32. Product-like prototypes /h3 pShare an example of a prototype or demonstrator that you made look and feel like a real product: Which design choices and manufacturing processes did you use? /p h3About NIL Technology /h3 pNIL Technology (NILT), founded in 2006, is an optical solutions company designing, developing, and manufacturing optical elements and components using high-precision nanoscale features. NILT creates competitive advantages with flat optics (meta-optics) in optical applications for 3D sensing, consumer electronics, machine vision, autonomous vehicles, telecommunication, and AR. With its background in mastering for nanoimprint, the company produces masters and offers nano-foundry services. NILT is based in Denmark and has offices in Switzerland, Sweden, US, and a manufacturing in Malaysia. Visit us at NILT is owned by Radiant Opto‑Electronics Corporation ( /p #J-18808-Ljbffr
