What software and tools are used in this workshop?

You will use Rhinoceros 3D, Grasshopper 3D, Blender, and Midjourney to explore computational modeling, bio-material integration, and AI-driven concept design.

How are AI tools integrated into the fashion design process?

Midjourney is used in the early stages to enhance concept generation, refine visual prompts, and guide the aesthetic direction before transitioning into 3D parametric workflows.

What body and environmental data workflows are taught?

You will learn surface analysis techniques to evaluate user needs and process body/environmental data to generate adaptive 3D patterns, microstructures, and multi-layered textile geometry.

How do bio-materials inform the 3D parametric modeling process?

The course places bio-material selection at the center of design, using parametric geometry to evaluate mechanical properties and create sustainable, functional "second skin" designs.

What practical project will I produce by the end of the workshop?

You will design and visualize a data-driven "second skin" or adaptive garment system optimized for specific mechanical properties, environmental responsiveness, and biomaterial integration.

Nov 2 & 3, 202413 lessonsIntermediate

FREE with Full Access Workshop Intermediate 13 lessons 5.0 Rating

Adaptive Fashion: Procedural Design with Bio-Materials

Name: Adaptive Fashion: Procedural Design with Bio-Materials
Price: 105.00 EUR
Availability: InStock
Rating: 5.00 (4 reviews)

The "Adaptive Fashion" workshop will explore using data-driven design and bio-materials to create sustainable and adaptive textiles.

This course includes

Live workshop · 8h 42m
Lifetime session recordings
Certificate of completion
Downloadable course files
4 design tools
Private Discord community
Included with Full Access

Humans are recognized as the most adaptable species on Earth, as demonstrated by parts of our body that are no longer of actual use but essential for survival. However, despite their advancements, our technological creations lack the same adaptive intelligence, remaining static in the face of rapid changes and evolving environments.

But if we could, even for a moment, imagine using all the technologies at our disposal in a tailored manner and pushing them to their limits, what materials and geometries could we create, and how would they interact with our bodies and the environment? What issues could we improve, and how would our lives change? We could undoubtedly develop solutions with unprecedented adaptive intelligence, capable of responding in real-time to climate changes on Earth and future needs in hostile environments such as space or new planets yet to be explored.

The human body remains an organism in evolution, and with this workshop, we will explore possible scenarios for its future.

Here, you can find a list of what to download before the workshop.

AI in Design : Learn how AI enhances concept design processes.
Surface Analysis : Master techniques for effective user needs assessment.
Parametric Geometry : Generate adaptable designs from diverse data sources.
Material Recipes : Develop custom material formulations from a material library.
Holistic Design Strategy : Integrate AI, analysis, geometry, and materials into cohesive designs.

This workshop will focus on generating textures based on data and the selection of bio-material from the material library. Using data from the body or environment, we will investigate the generation of geometry in textile forms, patterns, and microstructures, from a single layer to multiple layers, able to respond to different needs.

By the end of this workshop, participants will develop a robust approach to building a wide variety of geometry systems based on data. The main objective is to embed biomaterial know-how in the design workflow.
This workshop explores design methodologies that connect the information around us, understood as Data, and the physical world, understood as Materials.

With the "Adaptive Fashion: Procedural Design with Bio-Materials" workshop, the choice of bio-materials is placed at the center of the design process. Participants will be able to generate complex geometries, from which it will be possible to extract useful information to select the most appropriate materials.

This integrated approach aims to create a relationship between design and materials, making the product more functional in its mechanical properties and more sustainable in its end-of-life.

The proposed methodology will be applied to creating and visualizing a second skin for the human body. This does not exclude the fact that this approach can be adapted to different design scales, expanding its potential to various design areas.

1. Intro + PAACADEMY Updates