What you'll learn

• Material-Driven Design: Explore the potential of elastic deformation in architecture, focusing on how materials can inform design processes.
• Simulation Techniques: Learn various simulation and form-finding strategies to effectively design with elastic mechanisms.
• Bio-Inspiration: Understand how biological systems can inspire innovative architectural solutions, enhancing both performance and aesthetics.

What you'll learn

• Symbiosis of Body and Technology: Explore the historical relationship between the human body and technological advancements, emphasizing wearable products and prostheses.
• Adaptive Design for Climate Change: Investigate how to redesign wearables and body extensions to respond to extreme environmental conditions and ecological challenges.
• Future Trends Speculation: Develop projects that anticipate transformations in natural and artificial environments, focusing on human adaptability.

What you'll learn

• Basics of parametric design principles.
• Strategies for sustainable water harvesting.
• Integrating solar energy solutions.

What you'll learn

• Explore the relationship between architecture and its context.
• Build digital landscapes in a virtual environment.
• Generate urban designs on a virtual site.

What you'll learn

• Design pavilions using computational methods and geometrical techniques.
• Explore the relationship between digital geometry, materiality, and human activities.
• Investigate the concept of "follies" in architectural design.

What you'll learn

• Intro to parametric and timber design techniques
• Rhino+grasshopper, geometry fundamentals
• Grasshopper intermediate, complex data trees and integrating digital fabrication 4. Grasshopper advanced, using plugins such as kangaroo, weaverbird, hoopsnake, octopus, karamba, parakeet to create fully integrated models using timber.