Posted in Other 30+ days ago.
Location: East Hartford, Connecticut
AOA Xinetics (AOX), a wholly-owned Northrop Grumman Space Systems, Payload and Ground Systems Division Business Venture, is a leading supplier of complex electro-optic and photonic systems and subsystems that control and manipulate light waves for a variety of applications. Our talented team of engineers, managers and technologists conceive, design, develop and manufacture high precision products in an environment that requires significant collaboration and team work among multiple engineering disciplines.
AOX is an end-to-end engineering company that creates solutions, puts them into practice, and manufactures them. We develop solutions to some of the nation's hardest technical challenges leveraging advanced technical capabilities in optical, mechanical, software, electronics controls, systems, test and manufacturing engineering to perform applied research, engineering development, and precision manufacturing.
Additionally, AOX excels in a range of applications from adaptive optical systems, deformable mirrors, wavefront sensors, and sub-nanometer precision actuators to photonic systems that acquire and process data in real time for a variety of high-availability applications. AOX's market offerings include lightweight passive and active CERAFORMâ„¢ and CERAPRINTâ„¢ silicon carbide (SiC) optics and precision structures as well as large and small precision opto-mechanical systems supporting electronics and sophisticated controls software.
We are one of eight wholly owned Northrop Grumman Strategic Business Ventures
https://www.northropgrumman.com/who-we-are/business-ventures
The Principal Optical Engineer will perform as a member of an interdisciplinary team of engineers and scientists on different project assignments to develop novel and innovative solutions to advanced technical problems. You will conduct research and development into physical optics, lasers, and advanced optical communications systems. You will design, develop, build and test systems and products based on optic, photonic and laser technologies. Additionally, you will develop mathematical models for simulation and analysis of optical and electro-optical systems. The successful engineer will be responsible for the overall development of optical systems, including: specifying, selecting and qualifying active and passive optical components, developing and benchmarking system performance models, and implementing test procedures.
Responsibilities include:
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