Syllabus

Week 1a          Introduction
Week 1b          High Dynamic Range imaging (HDRI)

Week 2a          Hands-on HDR assembly
Week 2b          Lighting analysis with HDRI

Week 3a          Glare, Notes on HDR analysis

Week 4a          Tone Mapping with HDRI, Tutorial

Week 4b          Case study: Computational methods of lighting design and analysis

Week 5a          Introduction to Radiance: Illuminance analysis
Week 5b          Illuminance analysis

Week 6a          Student presentations – Project1
Week 6b          Student presentations – Project1

Week 7a          Introduction to Radiance: Luminance analysis
Week 7b          Lighting simulation: Material definitions

Week 8a          Design Problem: Science Museum
Week 8b          Climate based Daylighting Simulation, Tutorial (DA & UDI)

Week 9a          Daylighting analysis of Elektra house
Week 9b          Daylighting analysis

Week 10         Work session: Individual critics on Project 2

Exam week      Student presentations

Resources

 

Project 1: HDR Photography

Project 2: Lighting Simulation


Useful Links:


Few Additional resources:

 

 

Last updated: February 2012

Computational Lighting Design

is an innovative course that draws from recent developments in lighting simulation, visualization, per-pixel data measurement and analysis techniques. It provides an understanding of the theoretical aspects of computer applications for lighting design and analysis; and the practical knowledge of tools and techniques that enhance the integration of lighting analysis into the architectural design process.

Student work: High Dynamic Range imagery and lighting analysis of the chapel of St. Ignatius, Zigurds Greivulis

 

Tuesday – Thursday, 4:00 – 5:20 @ Digital Gould007
Instructor: Mehlika Inanici
Office: Arch Hall 130M, E-mail: inanici@uw.edu
Office hours: Wednesdays (by appointment)