Develop and apply ray-tracing, wave-optics, and analytical models to design and optimize fiber-optic connectors and waveguides. Use simulation results to explain the underlying physical mechanisms and support prototype development.
Responsibilities
Design, model, and analyze fiber-optic connectors and fiber-to-chip interfaces.
Calculate and analyze optical modes in fibers and waveguides, and model light propagation and coupling between fibers, waveguides, and photonic chips.
Perform sensitivity, tolerance, and Monte Carlo analyses to predict coupling efficiency, insertion loss, and performance statistics.
Optimize designs for optical performance and turn simulation results into design rules and specifications that support prototype fabrication.
Compare simulation results with measurement data and support root-cause analysis of discrepancies and performance issues.
Requirements
Ph.D or Master's degree in Physics, Applied Physics, Optics, Photonics, Optical Engineering, or a related technical field
Nice to have: telecommunications
Nice to have: optical connectivity
Nice to have: co-packaged optics
Nice to have: data center and AI interconnect architectures
The Optical Engineer is based in Fairport, NY. Corning designs and manufactures the Tropel® brand of high-end, laser-based flatness metrology tools there.
Compensation
The range for this position is $133,911.00 - $184,128.00 assuming full time status.
Responsibilities
Become an expert-level user of the interferometer product line
Manage development projects as technical lead
Do hands-on prototyping, troubleshooting, and systems integration of complex opto-mechanical systems
Specify, characterize, and qualify laser sources and illumination and fiber delivery subsystems
Conduct repeatability, reproducibility, and gauge studies
Requirements
Bachelor's degree in Engineering, Optics, or Physics
Nice to have: optical interferometry
Nice to have: optical software analysis tools such as CODE V, LightTools, and FRED
Design and/or specify high-precision optical components and modules, including lasers, LEDs, optical fibers, cameras, detectors, lens systems and acousto-optical devices.
Build prototypes and align, optimize and verify performance of optical systems.
Lead technical and business development for DLP Industrial markets at Texas Instruments, designing optical systems for industrial platforms and providing deep technical expertise throughout the product lifecycle.
Responsibilities
Design and optimize illumination and projection optical systems for DLP-based industrial applications
Develop and maintain optical system simulation models using Zemax/OpticStudio and/or FRED
Create reference optical designs, design guidelines, and application notes
Provide direct technical support to customers on optical system integration
Collaborate with DMD product and applications teams to define optical requirements for new device generations
Optical Engineer joining the camera and optics group, responsible for the development of potential future AR display hardware, as well as prototyping and verification of display systems.
Locations (2)
Taipei City, Taiwan
Boulder, Colorado, United States
Responsibilities
Prototype novel display systems
Perform tolerance and sensitivity analysis based on the optical design, opto-mechanical design, and prototyping partner tolerances and design rules
Characterization of the full display system and its individual projection and combiner components
Root cause analysis of discrepancies between the system model and performance measurements
Detailed analysis and measurement of performance as a function of use case and environmental condition
Requirements
Bachelor's degree optical engineering, electrical engineering, computer science or related field
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