optical-engineering

Evidence-gated Agent Skill for reconstructing 2D photonics schematics as physically auditable Blender optical tables with CAD, beam-path, mechanics, and render proof.

Integrated Machine and Deep Learning for Optical Design

Ray Tracing and Optical Design in Python

Modern, open-source optical design & ray-tracing workstation built in Rust and WebGPU.

Open-source 2D optical CAD — lens wizards, GB/ISO-compliant optical marks, built-in AI assistant, DXF interop. Cross-platform (Windows/Linux/macOS).

Interactive 3D viewer and editor for optical laboratory setups, built on OpenUSD and React Three Fiber

Open optical design platform lens design, ray tracing, aberration analysis, and interactive optics education. Showcase & docs.

仪器与精密测量领域英文科技文献的专业翻译、审校与 PDF 交付范式。

An agentic AI workflow for SiN waveguide design that bridges modesolverpy, SAX+JAX, and gdsfactory via FastMCP. It handles eigenmode solving and inverse design for GDSII mask output, powered by AWS Bedrock AgentCore, Strands SDK, and hybrid S3/DynamoDB storage

An investigation into replicating the spurious effects of the reference sources for the ESPRESSO spectrograph

MATLAB tools for designing spectrographs

Tool using agent and physics simulator that recommends thermal drift mitigation strategies for deep space photonic instruments across material and environment combinations. Runs on AWS Bedrock or a self-hosted open-weight model, grounded in a 40K scenario knowledge store and an XGBoost classifier.

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Advanced analysis of optical systems using parameters retrieved from Zemax via DDE (Dynamic Data Exchange)

Code for a novel activity sensing device that uses optical infrared and inertial sensing technologies

Headless stray-light redesign loop for Ansys Zemax OpticStudio and Speos: builds the mechanical housing, exports the assembly, measures stray flux before and after baffles and vanes, and reports the reduction.

Initial release of thickness repair generator.

A Python library of laser physics equations for researchers and engineers.

Deterministic 34s (1,020-frame @ 30fps) code-driven anatomy explainer of a Dichroic Beamsplitter grounded in thin-film interference physics, with interactive cutaway stage and SEO-optimized Medium article.

A conceptual, AI-authored "Vision Decoupling Architecture" for ultra-lightweight (70g, 2W) MR eyewear. Eliminates eye-tracking and massive 4K compute panels by utilizing 1080p Computer-Generated Holography (CGH) wavefront modulation paired with a dual-track passive lens ecosystem and rewritable photopolymer films.