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Turn on the Daylight: Automated Shading for Human Health + Building Performance, 2024
- Slide 1
- Slide 2: Turn on the Daylight: Automated Shading for Human Health + Building Performance
- Slide 3
- Slide 4
- Slide 5
- Slide 6: How to Use This Online Learning Course
- Slide 7: Purpose and Learning Objectives
- Slide 8: Contents
- Slide 9: Introduction
- Slide 10: Daylight
- Slide 11: The Intangible
- Slide 12: The Experience
- Slide 13: Circadian Rhythm, Biophilia, and Alliesthesia
- Slide 14: The Biological Connection to Daylight
- Slide 15: The Biological Connection to Daylight
- Slide 16: Circadian Rhythms
- Slide 17: Beyond the Wake/Sleep Cycle
- Slide 18: Tunable Artificial Light
- Slide 19: Biophilia
- Slide 20: Biophilic Lighting Strategies
- Slide 21: Light and Space
- Slide 22: Alliesthesia: Thermal Delight
- Slide 23: Spatial Alliesthesia
- Slide 24: Benefits of Daylight and Views: Better Healing
- Slide 25: Benefits of Daylight and Views: Better Learning
- Slide 26: Benefits of Daylight and Views: Better Employees
- Slide 27: Review Question
- Slide 28: Answer
- Slide 29: 3/30/300 Rule
- Slide 30: 3/30/300 Rule
- Slide 31: The Need for Automation
- Slide 32: The Need for Automation
- Slide 33: What Is the Purpose of Automated Shading?
- Slide 34: The Experience of Glass Façades
- Slide 35: Optimal Daylight?
- Slide 36: Manual Window Coverings Defeat Daylighting
- Slide 37: Measuring the Daylighting Impact
- Slide 38: Measuring the Daylighting Impact
- Slide 39: Measuring the Daylighting Impact
- Slide 40: Measuring the Daylighting Impact
- Slide 41: Measuring the Daylighting Impact
- Slide 42: Automated Shades
- Slide 43: New York Times Building Post Occupancy
- Slide 44: New York Times Building Post Occupancy
- Slide 45: Alignment
- Slide 46: USGBC Headquarters: Expectation
- Slide 47: USGBC Headquarters: Reality
- Slide 48: Shade Alignment
- Slide 49: Daylighting Is a Critical Element in Building Design
- Slide 50: Innovation Powers Automation
- Slide 51: Automated Shading and Automated Lighting
- Slide 52: Automated Lighting
- Slide 53: Automated Lighting
- Slide 54: Scales of Automation
- Slide 55: Scales of Automation
- Slide 56: Zones
- Slide 57: Zones
- Slide 58: Review Question
- Slide 59: Answer
- Slide 60: Automation Specification
- Slide 61: Daylight Penetration
- Slide 62: Science behind the Specifications
- Slide 63: All Automation Is Not Equal
- Slide 64: Automation Must Be Proactive and Reactive
- Slide 65: Proactive: Automation Program
- Slide 66: Reactive
- Slide 67: Competing Strategies: Science Driven vs. Sensor Driven
- Slide 68: Sensor (Reactive) vs. Science (Reactive and Proactive)
- Slide 69: Sensor (Reactive) vs. Science (Reactive and Proactive)
- Slide 70: Radiometer
- Slide 71: Daylight Sensor
- Slide 72: Radiometer vs. Daylight Sensor
- Slide 73: Brightness, Shadow, and Reflection
- Slide 74: Automation Specifications: Brightness, Shadow, Reflection
- Slide 75: Automation Specifications: Brightness, Shadow, Reflection
- Slide 76: Automation for Every Project Type
- Slide 77: Holistic Automation
- Slide 78: A View at What Cost?
- Slide 79: A View at What Cost?
- Slide 80: Protection from the Orb of the Sun
- Slide 81: Gray Shades vs. Gray Glass
- Slide 82: Gray Shades vs. Gray Glass
- Slide 83: Daylight and Views
- Slide 84: Review Question
- Slide 85: Answer
- Slide 86: Case Studies
- Slide 87: Case Studies
- Slide 88: Cheniere Energy: Houston, Texas
- Slide 89: Hertz: Estero, Florida
- Slide 90: Valerie C. Woodard Center: Charlotte, North Carolina
- Slide 91: Stanford Redwood City Campus: Redwood City, California
- Slide 92: 425 Park Avenue: New York, New York
- Slide 93: Resources
- Slide 94: Resources
- Slide 95: Resources
- Slide 96: Thank You [Go to Page]