Bio-Integrated Modular Free Form Structures Intelligent Design

Description:

Optimizing the construction process of free-form structures can be achieved by considering them as modular forms comprised of “discrete elements.” Discrete elements refer to individual components or units that together form a larger structure or system. These distinct entities interact with each other through various connections, offering opportunities for effective material control, form extensibility, Design for Manufacturing, and an optimized design process.

In this workshop, we derive inspiration from Persian architectural patterns known as “Girih”, utilizing them as the primary reference for modularization. In the second stage, we employ Natural Growth Patterns to develop intelligent functional paradigms [F(p)]. Persian geometrical patterns have a long and rich history in architecture, dating back to 550 BC, and have evolved and adapted to various technologies and materials over time. In the previous Digital Future workshop (Functional X- Paradigms in Design + Coding in Python), it was established that these patterns offer optimized structures and serve as an ideal modular foundation for our current project.

Modularizing free-form structures based on functional paradigms proves to be a beneficial design approach. Each architectural element serves some specific functions, encompassing structural, environmental, and aesthetic aspects. These functions consist of multiple factors, each containing several parameters. The interconnection of these parameters gives rise to a comprehensive integrated system of functions which are the constituents of the structure’s performative attributes.

Nature serves as a valuable source of inspiration when designing modular free-form elements based on functional paradigms on another level though. The intelligent flow of nature provides efficient solutions for system development. Consequently, the geometric patterns found in nature demonstrate authentic integration of data flows. Diverse series of Data in nature are intricately integrated with material and geometry, forming a symbiotic relationship with both. Any attribute affects material and geometry during the shaping process and, in turn, is influenced by them in creating functions. Thus, exploring the reciprocal connection of geometry and material with data flow becomes a successful functional paradigm study.

In summary, integrating structural optimization of free-form surfaces with bio-intelligent data flow leads to a performative system in design and construction. Such a system holds promise for future developments in circular buildings, multi-functionality, and sustainability (United Nations Sustainable Development Goals 9, 11, and 12). By employing this methodology, we can foster a multifunctional paradigm mindset in our design workflows respecting open-source implementations and cross-platform data manipulation.

Workshop Tools: To facilitate hands-on simulation exercises, we will employ visual scripting software (Grasshopper) and the Python programming language. Additionally, machine learning algorithms will be utilized to process natural patterns, analyze structural performance, and design attributes for data-driven outputs.

Learning Objectives :

1. Students will learn how to set up integrated design procedures using programming languages and open APIs.

2. Students’ ideas will expand the research conducted in this workshop, leading to further publications.

3. Participants will present their final projects in a jury session, receiving valuable feedback from our expert network.

4. The workflow will be tested in different formats using ML and AI-based integration, preparing students for their journey in these subjects.

5. Sharing our recent research outputs to involve more individuals in the real applications of ML and AI in the building industry.

Detail Schedule :

Day 1: Introduction (15:30 GMT – 18:30 GMT)

1. Workshop introduction and agenda overview.

2. Background on optimizing construction process through modularization.

3. Introduction to Persian architectural patterns (Girih).

4. Understanding bio-functional paradigms.

5. Overview of workshop workflow, schedule and expectations.

Day 2: Iranian Girih and Structural Function (15:30 GMT – 18:30 GMT)

1. Exploration of Iranian Girih patterns and historical functions.

2. Analysis of Girih patterns for modularization in free-form structures.

3. Showcase of Girih patterns’ structural functions.

4. Hands-on exercises applying Girih patterns.

5. Q&A and discussions on Girih patterns in intelligent design.

Day 3: Nature-Based Design and BIO Data Flow (15:30 GMT – 18:30 GMT)

1. Introduction to nature-based design principles.

2. Exploring natural growth patterns in design.

3. Understanding bio-intelligent data flow for performative attributes.

4. Examples of successful nature-inspired designs.

5. Practical exercises using physarum as a bio-intelligent material.

Day 4: Modular Design for Freeform Structures (15:30 GMT – 18:30 GMT)

1. Introduction to modular design principles.

2. Techniques for creating modular elements in architectural design.

3. Case studies of successful modular design implementations.

4. Hands-on exercises optimizing modular elements.

5. Workflow of integrating modular elements.

Day 5: The Entire Workflow (15:30 GMT – 18:30 GMT)

1. Overview of bio-integrated modular free-form structures intelligent design workflow.

2. Step-by-step guide to implementing concepts learned.

3. Practical demonstration of software tools and techniques.

4. Final design exercise or project presentation.

5. Discussion on future prospects and applications.