LeadOpticalEngineer

Responsibilities: 1. Develop and optimize systems involving lenses, sensors, or imaging devices 2. Conduct optical system modeling, simulation, and performance analysis using tools such as Zemax, Code V, FRED, or similar optical analysis software. 3. Develop and execute optical test plans to validate system performance at component, subsystem, and payload levels. 4. Design and implement optical test setups including alignment tools, calibration methods, and metrology procedures. 5. Define optical acceptance criteria and support verification activities for payload integration and end-of-line testing. 6. Support manufacturing and assembly processes involving optics, including defining handling procedures, contamination control, and alignment processes. 7. Analyze test data and troubleshoot optical performance issues during development, integration, and production. 8. Support root-cause investigations for optical performance deviations and recommend corrective actions. 9. Conduct research on new materials and emerging optical technologies to keep R&D aligned with the latest advancements. 10. Ideal candidates will be able to contribute in areas of secondary responsibility, such as structural or thermal simulation, manufacturing engineering, mechanical engineering, or systems engineering. **Requirements** 1. Bachelor’s or Master’s degree in Optical Engineering, Physics/Electrical Engineering or a related field 2. 5-10+ years of experience in optical design or a related field 3. Strong understanding of physics, optics materials, and/or laser systems Proficiency in optical design software (Zemax, Code V, Light tool or similar) 4. Experience with imaging systems or laser systems 5. Experience with OnShape, Solidworks, or similar CAD 6. Strong understanding of thermal and structural analysis of optical designs 7. Experience with optomechanical alignment, calibration and testing procedures 8. Preferred experience with optics designed for visible, NIR, and LWIR transmission **