OEC Module A – Daylighting Design

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Contents

Fundamentals

Why is Daylight Important?
  • Light and health
  • Research topics in daylighting (productivity, photobiology, luminous variability, biophilia)
  • Research Methods (laboratory science, case study/POE, statistical analysis)
  • Energy use


What is daylight?
  • Basic physics
  • Climate, weather
  • Primary sky conditions
  • Sky models
  • Weather data analysis
  • Architectural response to sky conditions
  • The challenge and beauty of variability


Lighting and Daylighting Criteria
  • Metrics for light (Luminance and Illuminance)
  • Daylighting criteria, visual comfort metrics (horizontal Illuminance ranges, daylight factor, daylight autonomy, UDI, DSP, etc.)
  • Daylight programming, synthesis (patterns of climate/sky condition/time of use/criteria)
  • Glare metrics
  • Curatorial standards and daylight
  • LEED
  • Challenges with current metrics
  • Energy performance (thermal and lighting power metrics)


Design Methodologies

First Principles
  • Site analysis
  • Building Orientation
  • Building Massing and Fenestration
  • Programming for daylight
- Space layout: correlating space function with daylight zone
- Interior obstructions: walls/partition type, height, and location
- Interior surfaces: reflectance, finish, and color
- Luminance strategies: transparency, vertical surface illumination


Sidelighting
  • Rules of thumb
  • Inter-relationships of daylight, sunlight, views in sidelighting for visual comfort
- When are they aligned and when are they at cross-purposes?
  • Glazing technology
  • Solar shading design
  • Interior and exterior glare control design


Toplighting
  • Rules of thumb
  • Design strategies
  • Diffusion methods (scattering, refraction, reflection)
  • Lighting design strategies for toplighting
  • Toplighting in conjunction with sidelighting


View Design
  • View and Amenity
  • The Viewshed
  • Designing for View: Fenestration size, proportions, location and transmittance


Integrated Design: Process and Practice

Interactions with Other Building Systems
  • Daylighting integration with natural ventilation
  • Thermal comfort and HVAC systems


Occupant Behavior and Controls
  • Factors that reduce performance or operational life
  • Successful approaches and best practices


Design and delivery process for daylighting
  • Pre design
  • Schematic design
  • Design Development
  • Construction Documents
  • Construction
  • Calibration
  • Functional Testing
  • Occupancy
  • Operations
  • Post Occupancy Evaluation


Retrofit
Control Upgrades and Retrocommissioning


Design and Analysis Tools

Parametric Analysis
  • The Scientific Method
- Asking daylighting design questions (hypothesis)
- Setting up an analysis
- Interpreting results
  • Synthesizing simulation data into design action


Analogue Based
  • Sun Angle Calculator
  • Nomograms
  • Charts, Diagrams and Spreadsheets


Physical Models
  • Modeling Issues: Scale, Materials and Construction
  • Real and Artificial Skies
  • Heliodon
  • Photography and Photometry


Digital Models
  • Visualization
- Representation of daylight
  • Simulation
- Point in Time Calculations
- Annualized Calculations


HDR
  • Luminance/Glare Analysis
- Maximum Threshold
- Luminance Ratios
Personal tools
Namespaces

Variants
Actions