Course Content
7 Lessons
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This workshop explores how computational design can create resilient, sustainable environments to drive social change and innovation.
Instructors
Team behind this course
2 courses5.0
2 courses4.0
2 courses5.0
The world is currently facing extreme weather conditions. Issues such as climate change and global warming are at the forefront of several discussions, dialogue, and policies involving stakeholders and representations from civil society across the globe. “Parametric Design as a Catalyst for Social Innovation” by PAACADEMY explores the role of computational design towards the creation of resilient sustainable environments serving as a catalyst for social change & innovation.
Basics of parametric design principles.
Strategies for sustainable water harvesting.
Integrating solar energy solutions.
Methods for urban agriculture.
The Design Studio would include the following verticals:
Vertical 01
Water – Harvest
Vertical 02
Solar – Generate
Vertical 03
Food – Grow
Vertical 04
Education – Learn
Course Content
Week 1
Welcome and introduction
Lecture : Introduction to Studio Objective and role of computational thinking / parametric design (0.45 Hrs)
Introductory Tutorials – Rhinoceros 3D (1.25 Hr) / Grasshopper 3D (2.0 Hrs)
Week 2
Grasshopper Workshop 01
Tutorials 01 (2 Hrs)
Assignment 01 (2 Hrs)
Week 03
Introduction : Studio Project (0.45 Hr)
Setting a Design Research Agenda (0.30Hrs)
Grasshopper Workshop 02
Tutorials (2.45 Hrs)
Week 04
Studio Lecture : Scales and intent of application wrt to studio verticals ( 0.30 Hrs )
Continued : Grasshopper Workshop ( 3.30Hrs )
Week 05
Continued : Preliminary Review / Studio Work (3.25 Hrs)
Tutorials : 3D Printing ( Design optimisation for 3D printing ) ( 0.45 Hrs )
Week 06
Final Presentations & Jury with special guests – 4 Hrs
Nuru Karim, Founder & Principal Nudes received his Masters in Architecture and Urban-ism from the Architectural Association [AADRL] London, United Kingdom in 2006. His undergraduate studies include travel and education in the metropolis of Mumbai [KRVIA-gold medallist] and Montreal [McGill University]. He has worked for Zaha Hadid Architects in 2005 on a host of institutional projects both in competition/ schematic design and design development stages.
Robertos's experience comprises methodologies and techniques associated with generative design and digital fabrication for urban, architectural and industrial design, as well with media arts. His work consist on research, teaching and project collaborations in México, Spain, USA, India and the Philippines with firms like DUNN lightweight architecture, GG Architects, NUDES in the Classroom and The Bittertang Farm.
He founded XenoLab in 2019 to further his research and works, focusing in the morphogenetic potential of the digital technologies applied in design, fabrication and analysis, in order to search for new means and alternatives to achieve complexity.
In 2021 he becomes part of the organizing team for Digital Futures in Spanish, commited for the open and free education in the arts, architecture and design around the world, specially in the Spanish-Speaker sphere.
In 2022 he joined Kinetica Group llc. computational design team, developing solutions for digital fabrication and production, through the creation of generative algorithms for optimization and automation processes.
In 2024 he joins the academic and research team of the degree in architecture at the Tonalá University Center of the University of Guadalajara (U de G), as well as the Monterrey Institute of Technology and Higher Education (ITESM), where he teaches architectural design and digital technologies for design and manufacturing.
Aditya Jain is an Architect, Computational Designer, and Generative Artist, passionate about using algorithmic methods and digital fabrication technologies to address various social, cultural, and environmental issues. His work focuses on combining innovation with sustainable design practices, particularly through the use of 3D printing and logic-based design techniques.
Aditya earned his MS in Architecture: Design Computation from Georgia Tech, where he developed his skills in automating tasks, optimizing workflows, and analyzing building systems within the AEC industry. His research at Georgia Tech explored the integration of computational design approaches with rural architecture and additive manufacturing (ceramics). As a Graduate Teaching Assistant, Aditya helped guide students in digital design, fostering both technical proficiency and creative thinking.
Currently, Aditya is a Digital Design Specialist at Branch Technology, where he specializes in advancing design automation and developing innovative solutions that streamline processes involving robotic fabrication and digital manufacturing. Before Branch, he worked as an Associate Architect and Designer at NUDES in Mumbai. There, he contributed to a variety of projects, including the Bookworm Pavilion, Cardboard Cafe, and the Ismaili Jamatkhana, as well as some winning competition entries and research initiatives. His approach to design emphasized bottom-up construction processes and scalability, with a strong commitment to sustainability.
He has also tutored and mentored on several educational platforms, inspiring the next generation of designers in computational design and generative art. Aditya's career has been defined by a continuous focus on innovation, creating both digital and physical projects using advanced design and fabrication techniques.
Great pacing and clear explanations!
