What software programs and plugins will I need to use in this workshop?

You will use Rhinoceros 3D and Grasshopper 3D, along with plugins including Lunchbox, Pufferfish, Kangaroo Physics, Anemone, Parakeet, and Weaverbird.

What key parametric design methods and techniques will be taught?

You will learn methods such as graph mapping, loop-based design, interactive point scripting, image sampling, parametric scaling, twisting geometry, and contouring.

What specific architectural projects or assignments will we work on during the course?

You will complete daily design tasks to create a parametric pavilion or generate a dynamic parametric form from scratch using the workshop's scripts.

What is the primary methodology used to deconstruct and reconstruct complex forms?

You will learn to break down complex geometries into simpler elements through sketches and logic, then reconstruct them step-by-step by connecting parametric Grasshopper components.

What practical skills and outcomes can I expect to gain by the end of the workshop?

You will gain the skills to analyze design challenges parametrically, understand component interactions, and build custom scripts to create responsive, dynamic 3D geometries.

Full Access Workshop Mar 8 & 9, 2025 8 Hours Beginner

Parametric Explorations of Suggestive Design

Name: Parametric Explorations of Suggestive Design
Price: 93.50 EUR
Availability: InStock
Rating: 5.00 (4 reviews)

This workshop covers parametric design in Grasshopper 3D, focusing on techniques like graph mapping and loop design to create dynamic geometries.

Bryan García Agudelo

Verified Account

3 courses5.0

About Parametric Explorations of Suggestive Design

This workshop focuses on the exploration of parametric design through the lens of inspiration and reinterpretation. Guided by the philosophy of "learning through imitation," the designs we’ll examine are inspired by anything and everything—transformed from suggestive forms into unique creations. Instead of focusing on a single theme, the course embraces diverse origins of design, showcasing how ideas can evolve and adapt based on personal preferences and architectural interests.

The aim is not to present finished designs but to inspire open-ended interpretations, encouraging participants to see each design as a starting point for further exploration.

The heart of this workshop lies in geometric discovery, using Grasshopper 3D and its plug-ins to explore how three-dimensional forms can interact and evolve. The focus will be on understanding the interplay of geometric commands and their connectivity, revealing the potential to create intricate and intriguing designs.

Participants will delve into the fundamentals of parametric geometry, manipulating forms and discovering new possibilities through experimentation. This course is an invitation to uncover the creative power of geometry, where the design process takes precedence over the final product.

What you will learn

Learn to deconstruct and reconstruct geometries using Grasshopper 3D and parametric scripting techniques.
Master key parametric design methods such as graph mapping, loop-based design, interactive point scripting, and image sampling.
Gain experience with essential Grasshopper plug-ins, including Lunchbox, Pufferfish, Kangaroo Physics, Anemone, and Weaverbird.
Understand the interactions between Grasshopper components, enabling the creation of complex, responsive geometries and designs.

Methodology

This workshop will focus on exploring various parametric design techniques using Grasshopper 3D alongside multiple plug-ins that enhance the capabilities of the software. We will delve into different design types, such as graph mapping, interactive point scripts, loop-based design, and image sampling, among others.

These techniques will allow participants to experiment with complex geometries and design structures, discovering the endless possibilities within the parametric design world. A key aspect of the workshop will be developing a clear understanding of how different components within Grasshopper interact with one another.

Participants will learn how to manipulate these components and observe how their relationships can influence the final geometric outcomes of their designs. By experimenting with these dynamic interactions, you will gain a deeper insight into the power of parametric design and how to create intricate, responsive forms. The focus will be on experimentation and exploration, enabling each participant to discover unique design solutions through connectivity and manipulation of
components.

The workshop will begin by introducing the conceptual approach to "deconstructing" geometries (breaking down a geometry into simpler forms), followed by reconstructing them through a series of logical, step-by-step geometric interactions using Grasshopper 3D.

This workshop will guide participants through the method of breaking down complex geometries into manageable components and rethinking them from a parametric perspective. To support this, I will present sketches and illustrations that demonstrate how to analyze and approach design problems in a parametric way.

Ultimately, parametric scripting can be thought of as solving a multi-step puzzle, where the key to seeing the larger design emerges as each piece is carefully placed in its correct position.

This workshop will equip participants with an understanding of the individual elements and how they fit together, enabling students to approach parametric design with clarity and confidence.

The task after each day will be to generate a parametric design from scratch and/or use one of the scripts seen in one of the sessions to design a pavilion.

Course Content

12 Lessons

Screenshots

Software & tools

Highlights

Instructors

Bryan García Agudelo

3 Courses5.0

Based in Alicante, Spain, Bryan Garcia is a British architectural designer with a strong focus on parametric design. Over the past three years, he has developed a deep expertise in computational techniques, working extensively as a geometric specialist for architectural projects spanning diverse scales and disciplines.

Bryan’s practice bridges preliminary design phases with advanced consultancy for multidisciplinary studios, bringing an innovative approach to parametric design that combines aesthetic exploration with geometric precision. His work is marked by a commitment to pushing the boundaries of design, emphasizing singularity, scale, and suggestive form in every project. He has taught and exhibited locally and internationally, sharing his knowledge and advancing the discourse on parametric methodologies.

Bryan’s educational contributions include seminars, webinars, and workshops designed to inspire architects and designers, offering a glimpse into the creative and practical potential of computational design. With a strong presence on social media, Bryan has cultivated a following of over 70,000, using his platforms to share his work and promote learning through open access and imitation. He demonstrates the versatility of parametric design as both an architectural and graphic design tool, showcasing its potential to transform creative practice across disciplines. Bryan’s dedication to advancing computational design continues to shape his role as a designer and educator, driving innovation and exploring the intersection of technology, art, and architecture.