Training formats
The same depth of content regardless of format — pick the one that fits your team and schedule.
In-person
Small groups, hands-on exercises on your own hardware, and direct contact with the engineer leading the course.
Online
A live, remote session — the same curriculum and materials as the in-person course, without travel costs.
Custom, on request
A curriculum built around your team's actual project — based on the model you work with day to day.
Lambda Research training
TracePro
Ray tracing, illumination and non-imaging optics
From importing and building geometry, through properties and sources, to advanced optimization — lenses, reflectors and light guides, including tolerancing.
OSLO
Optical system design and optimization
Building an optical system from scratch, aberration analysis, optimizing against chosen criteria, and preparing a design for manufacturing.
RayViz
Ray visualization inside SOLIDWORKS
Integrating ray-trace analysis directly into the SOLIDWORKS environment — for teams designing mechanics and optics in one CAD tool.
Optiwave training
Optical transmission system simulation
OptiSystem
Designing WDM/DWDM links, BER analysis and amplifier performance — from a first system model to a full transmission-scenario analysis.
Waveguide and fiber photonics
OptiFDTD, OptiBPM, OptiMode, OptiGrating, OptiFiber
Designing waveguides, Bragg gratings and photonic integrated circuit components — mode, propagation and coupling analysis.
Automation and instrumentation
OptiInstrument, OptiSPICE
Automating lab measurements and combining photonic and electronic simulation in a single design flow.
Not sure which training to pick?
Tell us about your project — we'll propose a curriculum matched to your tools and experience level.
Ask about training