Precision Optics Assembler

About the Role As a Precision Optics Technician, you will play a vital role in the assembly, alignment, and validation of sophisticated imaging and optical systems. You will collaborate closely with engineering teams to transform complex designs into high-performance prototypes, ensuring every component meets rigorous quality standards. Responsibilities Assemble and integrate complex optomechanical components, including lenses, sensors, and mirrors, to meet precise engineering specifications. Conduct performance verification and calibration testing to ensure system accuracy and reliability. Troubleshoot technical performance issues by identifying root causes and implementing effective solutions. Interpret detailed engineering drawings and technical documentation to execute high-precision builds. Maintain comprehensive records of assembly configurations, test results, and iterative design changes. Support the transition of products from research and development into full-scale manufacturing. Manage laboratory inventory, specialized tools, and precision fixtures to maintain an efficient workspace. Collaborate with cross-functional teams to refine assembly processes and improve overall system performance. Required Skills Associate’s degree or equivalent technical training in engineering, physics, or a related field. Hands-on experience with precision hand tools, microscopes, and measurement instrumentation. Proven ability to read and interpret complex engineering schematics and technical work instructions. Strong mechanical aptitude with a focus on high-precision assembly and craftsmanship. Experience working in a fast-paced technical, laboratory, or manufacturing environment. Effective communication skills and a collaborative approach to problem-solving. Preferred Skills Experience with optical alignment tools such as interferometers, collimators, or alignment lasers. Familiarity with cleanroom protocols and controlled manufacturing environments. Basic knowledge of electronics, wiring, or embedded systems integration. Exposure to CAD software, such as SolidWorks, for design review and documentation. Background in aerospace manufacturing or high-precision instrumentation.