Daylight Modelling & Metrics
Master daylight modelling workflows that elevate comfort, compliance, and design outcomes.
This course provides a structured introduction to daylight modelling using RadianceIES within the IES Virtual Environment. Designed for practitioners who want to strengthen their technical capability, it focuses on producing accurate, visually compelling daylight analysis that supports design development and compliance requirements.
Through step‑by‑step lessons, you’ll learn how to set up project parameters and generate key daylight outputs, including daylight factors, lux distributions, threshold plots, and photo‑realistic images. The course then extends into advanced workflows, guiding you through Climate Based Daylight Modelling (CBDM) calculations such as Daylight Availability, UDI, sDA, and ASE.
This course equips you to deliver high‑quality daylight studies that meaningfully inform design decisions. Integrate daylight analysis seamlessly into your simulation workflow, and build confidence in producing credible daylight metrics and reports aligned with standards such as LEED and BREEAM, and
This course covers the following key concepts, tools and workflows.
How to set up a project for accurate daylight analysis
How to produce daylight factor, lux, glare (DGP) and photo realistic RadianceIES outputs
How to perform daylight availability studies
How to run and interpret UDI, sDA and ASE metrics and graphics using CBDM workflows
RadianceIES Overview
RadianceIES Training Part 1
RadianceIES Training Part 2
RadianceIES Training Part 3
RadianceIES Training Part 4
RadianceIES Training Model
RadianceIES Quiz
RadianceIES Notes part A
RadianceIES Notes part B
Daylight Overview
Daylight - Flucs DL Part 1
Daylight - Flucs DL Part 2
Daylight - Flucs DL Training Model
Daylight Simulation, Glare Modeling and Lighting Energy Calculation
Notes: Daylight Simulation, Glare Modeling and Lighting Energy Calculation
Resources: Daylight Simulation, Glare Modeling and Lighting Energy Calculation
Daylight Autonomy Calculations in RadianceIES
Notes: Daylight Autonomy Calculations in RadianceIES
Using the IESVE to conduct Climate Based Daylight Modelling (CBDM) Studies
Notes: Using the IESVE to conduct Climate Based Daylight Modelling (CBDM) Studies
Using the IESVE to model Daylight-Linked Dimming for Thermal Simulations
Notes: Using the IESVE to model Daylight-Linked Dimming for Thermal Simulations