Presentation Abstract

Smart glasses are pushing optical metrology beyond the lab, demanding measurement systems that deliver high-level accuracy with the speed and robustness required in high-volume manufacturing. Traditional setups provide precision but often struggle with automation, throughput, and repeatability under production constraints.

This talk explores engineering approaches for scaling metrology to smart-glasses manufacturing, including waveguide, eyepiece, and light-engine image quality as well as pupil evaluation. Methods for defect detection and classification will be presented alongside strategies to increase units-per-hour (UPH) through parallelized architectures and optimized workflows. The role of data-driven analytics and process monitoring will also be highlighted as tools to improve yield and reduce cost of quality.

The discussion emphasizes how optical engineers can translate laboratory rigor into scalable, production-ready test methodologies—bridging the gap between research precision and manufacturing efficiency.

Murat Deveci – Vice President of Sales and Business Development – OptoFidelity

He also serves as Committee Chair of IQM3 within the AR Alliance, is a founding member of the AR Consortium, and contributes to IEC and other international standards in XR, display metrology, and optical testing methodologies. Based in Santa Clara, California, Murat holds an M.Sc. in Materials Engineering and has completed additional studies in business development and technology commercialization.