Biophilic Design Course

Lesson 1 • Defining Biophilia and Its Origins

Traces biophilia from evolutionary biology to architectural theory. Grounds students in the scientific rationale before exploring design applications.

Lesson 2 • Historical Precedents in Built Environments

Surveys ancient to modern examples of nature-integrated architecture. Demonstrates continuity of biophilic intent across cultures and eras.

Lesson 3 • Human Health and Well-Being Benefits

Presents evidence linking biophilic environments to measurable health outcomes. Connects research findings to design decision-making.

Lesson 1 • Visual Connections to Nature

Covers how views, daylight, and natural colour affect occupant experience. Establishes visual design as the primary sensory channel in biophilic work.

Lesson 2 • Olfactory and Multisensory Integration

Addresses scent, air quality, and the layering of multiple sensory inputs. Students learn to compose holistic sensory environments.

Lesson 3 • Acoustic and Tactile Nature Cues

Explores sound, texture, and material touch as biophilic stimuli. Expands student design thinking beyond visual elements.

Lesson 1 • Water Systems in the Built Environment

Examines natural water cycles and their translation into designed water features. Students learn to integrate water responsibly and meaningfully.

Lesson 2 • Plant Biology for Designers

Covers plant physiology, growth habits, and environmental requirements. Enables accurate specification of living elements in interior and exterior projects.

Lesson 3 • Climate, Microclimate, and Site Ecology

Analyses how regional climate and site conditions shape biophilic opportunities. Students learn to read a site ecologically before designing.

Lesson 1 • Natural and Biomorphic Materials

Examines wood, stone, clay, and other natural materials alongside biomorphic forms. Students develop criteria for authentic vs. simulated nature references.

Lesson 2 • Water Features and Aquatic Elements

Covers indoor and outdoor water feature design, from fountains to aquariums. Students learn acoustic, visual, and maintenance considerations.

Lesson 3 • Light, Shadow, and Dynamic Patterns

Explores daylighting strategies, artificial nature-mimicking light, and shadow play. Students learn to design temporal variation into lighting schemes.

Lesson 4 • Living Plant Systems Indoors

Details interior planting typologies including green walls, planters, and moss panels. Students learn specification, structural, and maintenance requirements.

Lesson 1 • Organising Space Around Nature Views

Teaches layout strategies that prioritise sightlines to natural elements. Students practise orienting programmes to maximise occupant-nature visual contact.

Lesson 2 • Indoor-Outdoor Spatial Continuity

Covers transitions, thresholds, and spatial devices that blur interior-exterior boundaries. Students design spaces that feel embedded in their natural context.

Lesson 3 • Biophilic Sequence and Narrative

Designs experiential journeys through buildings using nature as a narrative thread. Students create spatial sequences that build emotional engagement over time.

Lesson 4 • Scale, Proportion, and Fractal Order

Examines how fractal geometry and natural proportions inform spatial design. Students apply mathematical patterns found in nature to architectural composition.

Lesson 1 • Retail, Civic, and Cultural Spaces

Explores biophilic applications in high-traffic public and commercial environments. Students address durability, maintenance, and diverse user needs.

Lesson 2 • Workplace and Office Environments

Addresses biophilic strategies proven to boost focus, reduce stress, and support collaboration in offices. Students design for diverse work modes.

Lesson 3 • Residential and Hospitality Design

Adapts biophilic principles to homes, hotels, and resorts at varying budget levels. Students balance aesthetic aspiration with practical constraints.

Lesson 4 • Healthcare and Healing Environments

Applies evidence-based biophilic interventions to hospitals, clinics, and care facilities. Students address infection control and safety alongside nature integration.

Lesson 1 • Post-Occupancy Performance Measurement

Introduces tools and methods for measuring biophilic design outcomes after occupancy. Students learn to close the feedback loop between design intent and results.

Lesson 2 • Biophilia Within Green Building Frameworks

Maps biophilic strategies to credits and requirements in major green building rating systems. Students learn to leverage biophilia for certification points.

Lesson 3 • Material Health and Responsible Sourcing

Evaluates natural materials for embodied carbon, toxicity, and supply chain ethics. Students apply responsible sourcing criteria to biophilic material selection.

Lesson 4 • Living Systems and Carbon Sequestration

Examines how plants, soils, and green infrastructure contribute to carbon and climate goals. Students quantify ecological benefits of living design elements.

Lesson 1 • Interdisciplinary Collaboration

Addresses coordination with structural, MEP, and horticultural specialists. Students learn to integrate biophilic requirements into multidisciplinary project teams.

Lesson 2 • Client Briefing and Stakeholder Alignment

Teaches how to elicit biophilic goals from clients and align diverse stakeholders. Students practise translating client values into measurable design objectives.

Lesson 3 • Budget, Procurement, and Contractor Management

Provides cost estimation, procurement, and contractor oversight skills for biophilic projects. Students learn to protect design intent through construction.

Lesson 4 • Handover, Maintenance, and Long-Term Care

Prepares students to plan for the ongoing health of living design elements post-handover. Students develop maintenance strategies that preserve biophilic intent over time.