IESVE for Lighting & Daylight Simulation
Simulate natural and artificial lighting for architectural and interior spaces. Optimize daylight, reduce glare, and evaluate energy-efficient lighting strategies for interiors, facades, and open-plan areas.
Course Overview
Course Modules Module 1: Introduction to Lighting Analysis Topics Covered Lighting Fundamentals Daylighting Concepts IESVE Lighting Tools Project Setup Lighting Standards Workflow Overview Module 2: Daylight Modeling Topics Covered Daylight Metrics Window Analysis Skylights Daylight Penetration Building Orientation Glazing Performance Module 3: Artificial Lighting Simulation Topics Covered Lighting Fixtures Lighting Layouts Illuminance Levels Lighting Controls Lighting Efficiency Interior Lighting Analysis Module 4: Daylight & Visual Comfort Assessment Topics Covered Daylight Autonomy Useful Daylight Illuminance Glare Analysis Visual Comfort Occupant Experience Lighting Optimization Module 5: Reporting & Compliance Topics Covered Lighting Reports Compliance Requirements Performance Documentation Design Recommendations Visualization Outputs Presentation Module 6: Final Capstone Project Topics Covered Daylight Analysis Artificial Lighting Assessment Visual Comfort Studies Optimization Reporting Presentation Capstone Project Perform complete daylight and lighting simulations for a building and develop recommendations for improved visual comfort and energy efficiency.
Learning Outcomes
Perform daylight and artificial lighting simulations.
Evaluate daylight performance and visual comfort.
Analyze glare and occupant lighting conditions.
Generate lighting compliance reports.
Optimize building lighting performance.
Prerequisites
Participants should have: -Knowledge of architecture or interior design -Understanding of lighting concepts -Laptop/Desktop with IESVE installed
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