Illumination Engineering

Overview

• This DVD provides an introduction to the field of illumination engineering. Topics covered include overview of the illumination industry, illumination engineering design, software modeling of illumination systems, sampling of illumination systems, and source modeling.

Intended Audience

• Engineering, scientists, and managers can use a DVD or all DVDs as an introduction to the field of illumination engineering. Practicing illumination engineers can use it as reference or a source for new material in the field of illumination.

Course Outline

Overview of illumination engineering

• Description of illumination engineering

• Industry statistics

• Standard bodies

Illumination engineering design

• Software

• Common illumination optics

• Units

• Radiometric

• Photometric

• Conversion between

• Étendue

• Skew invariant

Software modeling of illumination systems

• Model Setup

• Tricks of the trade

• Importance sampling

• Reverse ray tracing

• Sampling of illumination systems

• Ray and flux transfer efficiencies

• Rose model – distribution determination

Source modeling

• Source Libraries

• Developing source models

• Basic method

• Image stitching

• Radiant Imaging

• Specific source type modeling

• Filament source modeling

• Arc source modeling

• LED source modeling

• Fluorescent source modeling

• Advanced topics in source modeling

• Filament flux weighting

• Arc deposition method

• Arc lifetime issues

Learning Outcomes

This DVD will enable participants to:

• Understand the scope of the illumination industry

• Explain the units, terminology, and fundamental limits of illumination design

• Provide the tools to setup software models of illumination systems

• Know how to properly analyze illumination systems with efficient ray tracing and sampling methods

• Understand the importance

Note that while each DVD can be used separately, they each call upon a limited amount of material that is investigated in more detail on another DVDs. The outlines, expected outcomes, and intended audience for each DVD is provided on the following pages.

Contact:

Ms. Cindy Robertson

520-626-4719

cindyr@optics.arizona.edu

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