# Portfolio

Canonical: https://www.formlightoptics.com/portfolio
Markdown: https://www.formlightoptics.com/portfolio.md

Imaging lens design, illumination design, and methods. Client names are withheld.

- [Imaging lens for a 4K otoscope](https://www.formlightoptics.com/portfolio/4k-otoscope-imaging-lens): Designed an otoscope imaging lens for a 4K sensor and fit a prototype version to catalog lenses.
- [Placement-tolerant optics for a smartphone dermatoscope](https://www.formlightoptics.com/portfolio/smartphone-dermatoscope-placement-robustness): Redesigned a three-lens smartphone clip-on imager so it stays sharp when the phone is not seated perfectly.
- [Image quality and detection toolkit for space optics](https://www.formlightoptics.com/portfolio/space-sensor-image-quality-toolkit): Built an OpticStudio extension that scores a lens design for space imaging and point-source detection in one report.
- [Beam-angle lens family for a clustered LED downlight](https://www.formlightoptics.com/portfolio/clustered-led-downlight-beam-angle-lenses): Designed a molded lens for each beam angle on a chip scale package (CSP) LED in a four-LED cluster.
- [Laser light delivery for a diagnostic test cartridge](https://www.formlightoptics.com/portfolio/diagnostic-cartridge-laser-delivery): Co-designed a cartridge lens and lightguide that put far more laser light onto a small detection zone.
- [LED-to-fiber coupling feasibility study](https://www.formlightoptics.com/portfolio/led-to-fiber-coupling-study): Tested whether added optics could push more LED light into a small optical fiber, and found the lower-cost answer.
- [Independent check of ghost-path enumeration on 10 lens designs](https://www.formlightoptics.com/portfolio/ghost-path-enumeration-cross-check): Checked a sequential ghost-path method against OpticStudio on 10 imaging lens designs, from a singlet through a 100° wide-angle and a zoom.
- [Engineering benchmark tasks for evaluating AI models](https://www.formlightoptics.com/portfolio/ai-benchmark-optomechanics): Built optical multiphysics test problems, with verified reference solutions and scoring rubrics, to measure how well AI models handle real engineering.
- [Energy audit of a side-glowing fiber model](https://www.formlightoptics.com/portfolio/side-glowing-fiber-energy-audit): Traced a thin scattering fiber about 100 mm long and found that default ray limits were dropping launched light.