2D > 3D Bio-Architecture Design & Drawing Course

Lesson 1 – Evolution of Wautillarium
Explore the origins and development of the Wautillarium concept, tracing its inspiration from natural forms and regenerative design. Understand how this approach evolved to integrate ecology, structure, and human living into one cohesive system.

Lesson 2 – Mechanics of Wautillarium
Learn how the Wautillarium functions as a living structure, including airflow, thermal mass, and water movement. This lesson breaks down the practical systems that allow the design to operate efficiently and in harmony with its environment.

Lesson 3 – Principles of Biological Design
Discover the core principles behind designing with nature rather than against it. You will explore patterns, relationships, and strategies drawn from living systems to guide resilient and regenerative architectural thinking.

Lesson 1 – Drawing the top / plan view
Learn how to map the full layout of the Wautillarium from above, capturing spatial relationships and flow. This foundational drawing sets the stage for understanding how each element connects within the design.

Lesson 2 – N to S elevation through the center
Create a central north to south elevation to reveal the internal structure and vertical relationships. This view helps you understand height, proportion, and how different layers interact through the core.

Lesson 3 – Drawing the front view
Develop a clear front elevation that communicates the visual identity of the structure. Focus on balance, proportion, and how natural forms influence the overall aesthetic.

Lesson 4 – 2D elevation slice E to W
Draw an east to west sectional slice to explore how internal spaces are arranged across the structure. This perspective highlights transitions between functional areas and structural elements.

Lesson 5 – 2D elevation N to S through the vault
Examine the vault structure through a detailed north to south section. This lesson focuses on curvature, load distribution, and the relationship between form and strength.

Lesson 6 – 2D elevation E to W through the bathroom
Create a sectional drawing through the bathroom area to understand functional design within the system. Explore how water, privacy, and natural integration are balanced in this space.

Lesson 1 – Drawing the outlines in 3D
Translate your 2D drawings into a three dimensional framework using Rhino. This lesson introduces the digital workflow and establishes the base geometry of your structure.

Lesson 2 – Model foundations and structural systems
Build the foundational layers and structural components that support the Wautillarium. You will learn how to model stability while maintaining alignment with natural building principles.

Lesson 3 – Design earth based walls, including tire and earthbag construction
Develop detailed wall systems using natural and recycled materials such as tires and earthbags. This lesson focuses on both structural integrity and ecological responsibility.

Lesson 4 – Create domes, vaults, and curved architectural forms
Learn to model organic shapes like domes and vaults that define the Wautillarium design. These forms are essential for strength, efficiency, and creating a flowing, nature inspired space.

Lesson 5 – Add glazing, frames, and construction details
Incorporate windows, frames, and key construction elements into your model. This step refines the design while improving light, ventilation, and usability.

Lesson 6 – Integrate wetlands, planting systems, and berms
Design surrounding ecological systems that connect the structure to the land. You will model wetlands, planting zones, and earth berms to support water flow and environmental balance.

Lesson 7 – Develop interior features such as spiral elements
Bring the interior to life by designing unique features like spiral forms and integrated details. This lesson focuses on creating a harmonious and functional living space within the structure.

Lesson 8 – Modeling the side vaults
Model the side vaults to extend the structure and define additional functional spaces. This lesson focuses on shaping curved forms that maintain both strength and visual continuity within the design.

Lesson 9 – Thickening of the vault and stepping wall
Refine the structure by adding thickness to the vault and developing stepped wall elements. You will explore how these adjustments improve insulation, stability, and overall durability.

Lesson 10 – Bag for end of tunnel and Photoshop techniques
Design the terminal section of the tunnel using earthbag methods to ensure structural closure and support. This lesson also introduces simple Photoshop techniques to enhance presentation and visualize your design more clearly.

Lesson 11 – Quarter entrance dome
Create a quarter dome to form a welcoming and structurally sound entrance. This lesson explores how partial dome geometry can guide movement while maintaining strength and flow.

Lesson 12 – Modeling the glass facade
Develop a glass facade that brings light and openness into the structure. You will learn how to balance transparency with thermal efficiency and structural integration.

Lesson 13 – Creating the earthen berm
Shape the surrounding earth berm to insulate and anchor the structure within the landscape. This lesson focuses on how landform design supports temperature regulation and environmental harmony.

Lesson 14 – Modeling the entrances
Design and refine multiple entrance points to ensure accessibility and flow throughout the structure. You will consider both functional movement and the overall aesthetic of arrival.

Lesson 15 – Fabric stretch
Explore how stretched fabric elements can be integrated into the design for shading or structural support. This lesson highlights lightweight, flexible materials that complement organic architecture.

Lesson 16 – Finishing up the geo dome
Complete the geodesic dome by refining its structure and ensuring all elements are aligned and cohesive. This finalization step brings together form, strength, and visual balance.

Lesson 17 – Sculpting the pillar and spiral shower
Sculpt a central pillar and design a spiral shower as a functional and artistic interior feature. This lesson blends utility with organic form to create a unique, immersive space.

• Rhino 3D live intro 
• Rhino (PC vs Mac version)
• Rhino and Earthship blueprints
• Live support for getting started on the top view
• Plus more!