Computational Design with Rhino & Grasshopper
4D SPECTRUM EDUCTION Programme continues to evolve with changing times with a more comprehensive approach of more online technical sessions, focus on theory of computational design, new software skill-set and a design centric & experimental studio approach.
While the focus remains on distinct modules, namely, ADVANCED ARCHITECTURAL DESIGN, DIGITAL FABRICATION, OPTIMIZATION & PERFORMATIVE DESIGN, the studio takes an experimental design approach to nurture design & application skills using Computational Design tools.
At 4D Spectrum, we are committed to revolutionizing architectural education by integrating advanced computational design and digital fabrication techniques into the learning process. Our vision is to empower architects and designers with the skills and knowledge needed to excel in a rapidly evolving industry.
More Than
30+
Computational design workshop across India
More Than
+2,500
students & Architect
Course Curriculum
We have a diverse batch of participants that include absolute beginners to intermediate level designers that work collectively to learn computational design in the programme. The course is structured in a manner to start from basics and student tool-kits are provided well in advance before the start of programme to all participants. The initial phase is to ensure everyone develops basic skills and slowly moves to advanced aspects of computational design.
It is an Integrated Programme to introduce basic, intermediate and advanced computational design techniques,methods, workflows on workshop basis.This programme is designed at par with any global school within the domain of computation and is envisioned to fillthe missing gap in the educational curriculum by bridging academia and practice.
-Computational Thinking
-Parametric Design Methods
-Digital Fabrication Techniques and Optimization Strategies
-Environmental Strategies using Computational Design
-Introduction to Structural Optimization & Simulation
-Building Skins and Façade Systems
-Natural Systems & Form-finding
-Other advanced methodologies in Computational Design
4D SPECTRUM EDUCTION
STUDIO AGENDA
The studio will revolve around the central idea of Computational Design and extend its arms into specific modules focussing on distinct aspects of Design Technology and its application in architecture, design and art. Students will develop their skillset by learning software like Rhinoceros3D and Grasshopper3D at basic, intermediate and advanced levels in the initial sessions, supported by parallel online sessions & critiques by tutors & global mentors.
MODULE A: Advanced Architectural Design
With advent of design technologies and evolving use of Computational Design, architecture has been changing drastically as a profession and also in terms of the geometrical output. This is largely influenced by the tools and techniques that have emerged in last few years that advocate a strong data-driven approach to design, while also allowing architects and designers to think out-of-the-box and create smarter projects. The module looks into inculcating advanced architectural design thinking within students to be able to apply parametric design tools in a smarter way.
MODULE B: Digital Fabrication
The module will give an overview of digital fabrication technologies that are relevant to architecture and design. 3D Printing, CNC routing, Laser Cutting, among other emerging technologies will be showcased and demonstrated with specific group tasks and exercises that would involve the usage of such technologies. Students will chose to demonstrate and test out available tools to develop their projects as prototypes and installations for Exhibition.
MODULE C: Optimization & Performative Design
This module will delve into the scientific aspects of building performance with respect to Sustainability objectives such as Environmental Analyses and Visibility Optimization Analyses using Computational Methods. Some aspects of Structural Optimization, form finding, multi-objective optimization will also be studied using Grasshopper3D and advanced plug-ins. Students choosing to focus on building performance aspects will explore projects digitally and develop optimization methods of design and evaluating for a showcase in the exhibition.
THEORY | SOFTWARE SKILLS | MENTORING | DESIGN STUDIO | CRITICS | COLLABORATIONS
Introduction to Rhino and Grasshopper
Gain a fundamental understanding of Rhino and Grasshopper modeling.
Advanced Modeling Techniques with Grasshopper
Learn advanced associative modeling techniques.
Computational Modeling and Data Manipulation
Understand data structure, data manipulation, and preprocessing in Grasshopper.
Digital Fabrication Techniques
Explore powerful digital fabrication techniques for creating 1:1 prototypes of designs.
Optimization & Performative Design
Some aspects of Structural Optimization, form finding, multi-objective optimization will also be studied using Grasshopper3D and advanced plug-ins.
Through the final projects that are developed in 4D SPECTRUM Workshop, all mentioned skills and modules shall be combined in a cohesive learning environment as a part of the evolved pedagogy of the programme.
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All studio and online sessions are bound to be re-adjusted as per batch decisions in co-ordination with the Studio Director & Academic Co-ordinator, as and when required.
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Online Sessions timings will be confirmed in every preceding session and as per availability of Online Mentors or Tutors.
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COURSE COMPLETION CERTIFICATES WILL BE PROVIDED AT THE END OF THE SEMESTER
Expected Outcomes
By the end of this workshop, participants will:
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Master the basics and advanced techniques of Rhino and Grasshopper.
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Understand and manipulate data structures within Grasshopper for various design applications.
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Gain hands-on experience with digital fabrication techniques essential for creating architectural prototypes.
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Be able to apply computational design principles to real-life architectural challenges.
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Collaborate effectively in teams to solve complex design problems.
This workshop aims to bridge the gap between theoretical knowledge and practical application, empowering architects to innovate and excel in the field of computational design.
Coming soon
By collaborating with leading institutions and industry experts, we aim to create a dynamic learning environment where students and professionals can explore new horizons in architecture. Our goal is to cultivate a new generation of architects who are not only proficient in traditional design principles but are also adept at using computational methods to push the boundaries of what is possible in architecture.
Join us at 4D Spectrum, and be a part of a transformative educational journey that equips you with the skills to innovate and lead in the field of architecture.