Expand All
TOC Search:
Biophilic Design: Contributions to Green Building Certifications, 2024
- Slide 1
- Slide 2: Biophilic Design: Contributions to Green Building Certifications
- 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 TO BIOPHILIC DESIGN
- Slide 10: Defining Biophilic Design
- Slide 11: Historical Context and Cultural Roots
- Slide 12: Early Proponents of Biophilic Design
- Slide 13: Importance of Biophilic Design in Architecture
- Slide 14: Importance of Biophilic Design in Architecture
- Slide 15: Importance of Biophilic Design in Architecture
- Slide 16: Case Study: Pipedrive, Tallinn, Estonia
- Slide 17: BIOPHILIC DESIGN FRAMEWORKS
- Slide 18: Biophilic Design Elements
- Slide 19: #1. Environmental Features
- Slide 20: #2. Natural Shapes and Forms
- Slide 21: #3. Natural Patterns and Processes
- Slide 22: Case Study: Ellison Institute of Technology, Los Angeles, CA
- Slide 23: #4. Light and Space
- Slide 24: #4. Light and Space
- Slide 25: Case Study: NOA Restaurant, Tallinn, Estonia
- Slide 26: #5. Place-Based Relationships
- Slide 27: #5. Place-Based Relationships
- Slide 28: Case Study: Maidla Nature Resort, Raplamaa, Estonia
- Slide 29: #6. Evolved Human–Nature Relationships
- Slide 30: #6. Evolved Human–Nature Relationships
- Slide 31: Practice of Biophilic Design
- Slide 32: Practice of Biophilic Design
- Slide 33: Review Question
- Slide 34: Answer
- Slide 35: 14 Patterns of Biophilic Design
- Slide 36: Nature in the Space
- Slide 37: Natural Analogues
- Slide 38: Nature of the Space
- Slide 39: Review Question
- Slide 40: Answer
- Slide 41: GREEN BUILDING RATING PROGRAMS AND STANDARDS
- Slide 42: Biophilic Design vs. Sustainable Design
- Slide 43: LEED v4.1
- Slide 44: LEED v4.1
- Slide 45: WELL v2
- Slide 46: WELL v2
- Slide 47: WELL v2
- Slide 48: SITES v2
- Slide 49: LBC 4.1
- Slide 50: LBC 4.1
- Slide 51: Review Question
- Slide 52: Answer
- Slide 53: PUTTING BIOPHILIC DESIGN INTO PRACTICE
- Slide 54: Thermally Modified Wood in Biophilic Design
- Slide 55: Case Study: Camp Double Oak, Greentown, PA
- Slide 56: Case Study: Camp Double Oak, Greentown, PA
- Slide 57: Case Study: MSD Headquarters, St. Louis, MO
- Slide 58: Case Study: Forest Bath House, Fairview, NC
- Slide 59: Case Study: Squibb Park Bridge, Brooklyn, NY
- Slide 60: Case Study: Squibb Park Bridge, Brooklyn, NY
- Slide 61: Case Study: Production Complex, Reola, Estonia
- Slide 62: Case Study: Production Complex, Reola, Estonia
- Slide 63: Case Study: Production Complex, Reola, Estonia
- Slide 64: Case Study: Production Complex, Reola, Estonia
- Slide 65: Case Study: Production Complex, Reola, Estonia
- Slide 66: Case Study: Production Complex, Reola, Estonia
- Slide 67: SUMMARY AND RESOURCES
- Slide 68: Summary
- Slide 69: Resources
- Slide 70: Thank You [Go to Page]