In this seminar, students will explore various generative systems that underlie natural structures, employing advanced digital design tools. We will investigate diverse aspects such as tissues, shell structures, modular systems, growth simulation, adaptive skins, and optimization workflows.


Syllabus

Digital Tools for Complex Forming Seminar

 


Source: courtesy of Hesham Shawqy

How can we efficiently generate bio-inspired structures? This question lies at the heart of our exploration. Nature has perfected the art of efficiency in its structures, leveraging evolved ingenuity of form to make extraordinarily efficient use of materials. Through mechanisms like folding, vaulting, ribs, and inflation, natural systems have crafted remarkably efficient forms. Nature’s myriad examples serve as a profound source of inspiration for structures that could surpass the efficiency of conventional architectural designs (as discussed in “Biomimicry in Architecture” by Michael Pawlyn).

But why does nature behave this way? It’s the result of the many pressures of survival, from seeking sustenance and thermoregulation to mating and evading predation.

Course Content

Throughout architectural history, nature has been a rich source of inspiration for building forms and decorative elements. However, in this seminar, we delve beyond aesthetics. Biomimicry is about functional solutions, not merely aesthetics.

In this seminar, we will explore various generative systems that underlie natural structures, employing advanced digital design tools. Topics include the history of biomimicry in architecture and related terms like biophilia, bio-utilization, and synthetic biology. We will investigate diverse aspects such as tissues, shell structures, modular systems, growth simulation, adaptive skins, and optimization workflows.

Learning Objectives

By the end of this course, students will:

  • Gain insight into the history of Computational Design and Bio-inspired structures.
  • Differentiate between Parametric and Generative models.
  • Acquire proficiency in Parametric algorithms using Grasshopper3d.
  • Understand advanced data structures.
  • Learn physics simulations.
  • Build skeleton and aggregation systems.
  • Explore optimization solvers.
  • Document the computational design process and its iterations.

GRASSHOPPER3D, RHINOCEROS 3D, HOUDINI, KANGAROO, BIOMORPHER, WASP, HOUGH, HUMAN, BIO-INSPIRED, EFFICIENCY, ENVIRONMENTAL CONTROL, ADAPTATION, SKELETONS

 

Faculty


Projects from this course

Merging with the nature

Concept For the final exercise in complex forming we were asked to developed a museum for wildlife by using one of the concepts introduced during the 1st term. We choose to work with VOXELISATON. Methodological Approach to Design and Form-Finding Our project commenced with a systematic approach, encompassing several critical stages: Pseudo Code – Structural … Read more

Wildlife Museum – an Architectural Cocoon

Spanning across an expansive natural sanctuary in Pozzuoli, Italy, the site for our study was equally challenging and interesting. The valley-like topography was crowned by a lake in the middle. The programme of imagining a wildlife museum at this site prompted us to think outside the box, to incur minimum impact on the site while … Read more

Formfinding for Wildlife museum

The concept basically underlines the spatial arrangement of the museum. The path starts from the narrow entrance, leads to the main exhibition place with wide surface area and multifloor level. Further, the exhibition space has a large opening which faces the whole structure. The computational flow starts from assigning a polyline which illustrates the flow. … Read more

Voxelization via Truncated Tetrahedrons

The design concept is born from the path of exploration, which starts at the terrain, fluctuates on the site and lake, and ends at the terrain again. Along the path, the program nodes act as attractor points to the path, and allow the user the explore the nature. The program starts with the entrance, auditorium, … Read more

Wildlife Museum

The Concept Extinction plays an important role in the evolution of life because it opens opportunities for new species to emerge. The project represents the evolution of species starting from the see, then adapting and moving inland, and later taking to the sky. Form Finding and Iterations The form is derived from the main path … Read more

Ascending Gallery

Ascending Gallery is a Wildlife conservation Museum to raise awareness about wild animal species extinction. This project is a dedicated exploration of mathematical surfaces within architecture, emphasizing their integration into natural landscapes. Set in the beautiful natural setting in Pozzuoli, Naples, Italy that served as a profound inspiration, the project delves into the intricate geometry … Read more

Wildlife Museum

The Concept Extinction plays an important role in the evolution of life because it opens opportunities for new species to emerge. The project represents the evolution of species starting from the see, then adapting and moving inland, and later taking to the sky. Form Finding and Iterations The form is derived from the main path … Read more

Inverting the Guggenheim – A wildlife museum

Drawing inspiration from our site’s location in Pozzuoli, Naples, Italy, our concept revolves around crafting a continuous journey that symbolizes history through the exhibition spaces. This approach fosters a symbiotic relationship with the surrounding context, effectively erasing the boundaries between the interior and exterior environments by bringing nature into the space. Our computational methodology can … Read more

In The Shadows

Exploration of Building Envelope under Shaded areas and connecting them to generate Final Form of Geometry, and Merge the Building form within surrounding natural environment. Design Concept – Site Design Concept Illustration – Swarm Intelligence Computational Design Workflow – Ant Algorithm Form Finding Process (Base Parameters) Form Finding Process (Swarm to Form) Form Finding Process … Read more

Wildlife Museum – Minimal Surface

Design concept and system The central theme of my design is rooted in the principles of minimal surfaces. This concept laid the foundation for our project. Aiming for a design that captures the essence of fluid dynamism, I chose to incorporate the principles of strange attractors to underpin the structure’s base. Additionally, I employed a … Read more

Parasitical colonization

Museum project Our project is a biomimicry of the parasitic growth, the parasites such as fungus has survived for millions of years, this micro-organism has the ability to take over entire organism and sometimes eco-systems such as forests and ant colonies. Parasites can grow anywhere and everywhere, they aren’t bounded by the boundaries of time … Read more

The four-lined Snake – Museum of Wildlife Conservation

IntroductionInspired from the native four-lined snake that is considered to be nearly extinct, the project’s form draws inspiration from the physiological, biological and behavioral characteristics of the snake through different stages of its life. The same will define the museum’s form and the visitor’s journey.   Project DescriptionThrough analyzing the locomotion of the snake in specific … Read more

Nature’s Weaving

Design Concept In a world where human activities have led to the extinction of many animals and the decline of nature; the decision is made to honor these species by creating a museum where the architecture is shaped by the very essence of nature. Instead of imposing architecture on the environment, we acknowledge the fact … Read more

Wildlife Museum

The site is located on the banks of the water body. We developed a design in two parts for outdoor exploration—the museum. We designed structures with trees as focal points so that they blend in with their surroundings. They are expanding on the concept of a natural sanctuary. Where humans are in jungle gym like … Read more