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
Design and develop optical systems for high-performance semiconductor inspection cameras, including illumination, imaging, mechanics, electronics, and software integration.
Compensation
Salary Range: $76,800.00-$102,400.000
Responsibilities
Design LED and laser illumination systems for automated camera test stations.
Model optical performance and conduct ray-trace, tolerance, and performance analyses.
Build prototypes and evaluate uniformity, throughput, contrast, and image quality.
Select commercial optics and specify custom components when needed.
Develop alignment, calibration, test, and validation procedures.
Requirements
Bachelor’s degree in Optical Engineering, Physics, Photonics, Applied Physics, or related engineering field.
Nice to have: Semiconductor inspection, machine vision, scientific imaging, or camera characterization experience.
Nice to have: Familiarity with image sensors, optomechanical/CAD design, or EMVA standards.
Nice to have: Master’s or higher degree in a relevant discipline.
The engineer in this role will join a multidisciplinary R&D team dedicated to researching, developing, and deploying software that advances end-to-end scene generation capabilities for intelligence and defense applications. This engineer will drive the design, development, and validation of physics-based 3D radiometric scene generation workflows, encompassing synthetic environment modeling, sensor simulation, real-time rendering, post-processing, and synthetic data generation pipelines.
Compensation
CFD Research offers competitive salaries and excellent employee benefits, including an employer matching 401(k) and Employee Stock Ownership Plan (ESOP.
Responsibilities
Drive the design, development, and validation of physics-based 3D radiometric scene generation workflows
Encompass synthetic environment modeling, sensor simulation, real-time rendering, post-processing, and synthetic data generation pipelines
Bridge physical sensor modeling, graphics rendering, and machine learning pipelines
Develop software products that enable the training and evaluation of advanced sensing algorithms across diverse platforms, including edge devices, desktop workstations, and multi-GPU clusters
Contribute across the full software development lifecycle, from requirements analysis and system architecture to testing, deployment, and performance optimization
Requirements
Bachelor’s Degree in Engineering, Physics, Computer Science, or a related STEM field
Nice to have: Existing SECRET security clearance
Nice to have: Master’s Degree in Engineering, Physics, Computer Science, or a related STEM field
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