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With its data-driven insights, iterative design options, and realistic simulations, computational design is a true game-changer in the industry!
Tue Jul 18, 2023
From pencils to parametric, design approaches are constantly evolving. With the emergence of computational design, architects now have unparalleled capabilities to create complex and optimized designs with precision and efficiency.
A majority of architects leveraging computational design capabilities report significant successes in automating routine tasks (88%) and achieving improved interoperability (85%). With its data-driven insights, iterative design options, and realistic simulations, computational design is a true game-changer in the industry!
Let’s delve in as we explore 10 pivotal architects revolutionizing architecture with computational design.
#1 Inspiration: Exposure to new work ignites creativity and encourages out-of-the-box thinking.
#2 Innovation: Explore new possibilities to achieve unique and groundbreaking design outcomes.
#3 Education: Gain skills and expertise through exposure to diverse computational design methodologies, workflows, and best practices.
#4 Effective Multidisciplinary Collaborations: Facilitates better collaborations with the needful professionals to leverage their expertise.
#5 Career Advancement: Staying updated with the latest trends and advancements in computational design provides a competitive edge in their career.
Source: Dezeen
“There are 360 degrees, so why stick to one?”– Zaha Hadid
Zaha Hadid’s approach unlocked new horizons in architectural research, thinking, and design processes, inspiring professionals around the world and leaving a lasting impact on the architectural community. Her works embraced fluid lines, organic shapes, and intricate geometries through computational and AI-building design techniques.
Source: Archello
Source: Archello
Source: The Real Deal
“For me, architecture is the means, not the end. It's a means of making different life forms possible.”— Bjarke Ingels
Works of Bjarke Ingels incorporate parametric modeling, data-driven design, and advanced digital tools to achieve complex and visionary architectural forms. His approach pushes the boundaries of traditional architecture, resulting in groundbreaking structures that redefine the relationship between form and function.
Source: Architizer
Source: Architizer
Source: Walterknoll
“It takes a lot of effort to make a building look effortless.”– Norman Foster
Lord Norman Foster actively integrates advanced digital tools and parametric modeling to create innovative designs that push the boundaries of architecture. His visionary approach seamlessly blends technology, sustainability, and design excellence, establishing him as a trailblazer in his profession.
Source: Architectuul
Source: Archdaily
Source: Sculpteo
“In nature, there is no separation between design, engineering, and fabrication; the bone does it all.”– Neri Oxman
The works of Neri Oxman involve an interdisciplinary approach of blending biology, materials science, and advanced technologies. She incorporates biomimicry, digital fabrication, and sustainability to create innovative and regenerative designs excelling the limits of architecture.
Source: Oxman
Source: Dezeen
Source: Architectuul
“I always try to think in curves.”– Greg Lynn
Greg Lynn is known for his pioneering in parametric architecture in the 1990s. He used advanced computational tools, digital fabrication, materials experimentation, and interdisciplinary collaboration to create irregular, biomorphic architectural forms. His innovative designs challenge traditional ideas of form and space in architecture.
Source: Hammer UCLA
Source: Metalocus
Source: The Talks
“I firmly believe that new technologies can make architecture much more human-centric than ever before.”– Ben van Berkel
The works of Ben van Berkel push the boundaries of form, structure, and performance, using advanced digital tools and parametric modeling techniques. His approach redefines the future using computation design that blends technology, sustainability, and design excellence.
Source: UNStudio
Source: UNStudio
Source: Rolling Stone
"We like to take impossible things and actually make them happen.”– Elizabeth Diller
Works of Elizabeth Diller challenge conventional notions by blending technology, art, and social engagement. She utilizes parametric modeling, digital fabrication, interdisciplinary collaboration, computational analysis, and an experimental approach to revolutionize architecture.
Source: The Broad
Source: Arquitecturaviva
Source: The Very Many
"Our objective is to offer an experience of Art as an Architecture and a discovery of Architecture as intense as an Art piece.”– Marc Fornes
Works of Marc Fornes push the boundaries of form, structure, and fabrication, utilizing advanced computational software and generative algorithms to create intricate and organic designs. His approach blurs the lines between art, architecture, and technology, exhibiting his innovative and boundary-pushing contributions to the field of design.
Source: ArchDaily
Source: Urban Next
Source: Commercial Interior Design
"Advancements in technology is meaningless unless it impacts society and addresses issues plaguing humanity including climate change, etc.”– Nuru Karim
As the founder of NUDES, Nuru Karim is known for his innovative approach of using advanced computational design techniques to create fluid forms, dynamic geometries, and intricate patterns. His work seamlessly integrates technology, design, and sustainability, pushing the boundaries of traditional architectural practices.
Source: Parametric House
Source: Dezeen
Source: Architect
"In biology, material is expensive but shape is cheap”– Achim Menges
The works of Achim Menges push the boundaries of architecture using advanced computational tools, biomimicry, and material research. His approach integrates technology, biology, and sustainability, using robotics and carbon fibers.
Source: Achimmenges.net
Source: ArchDaily
The emergence of computational design enables architects to optimize their designs, gain data-driven insights, and push design boundaries. Drawing inspiration from pivotal architects can stimulate innovative designs and unlock new possibilities.
Young architects must adapt and embrace the potential of computational design for better career advancement and remarkable design outcomes. Let’s embrace this transformative approach and shape the future of architecture!
It is a multidisciplinary approach that utilizes computational tools and algorithms to generate, optimize, and analyze design outcomes.
Learning tools such as Rhino’s Grasshopper, Revit’s Dynamo, SketchUp’s Python, Processing, and other computational design and scripting tools can be helpful.
It is a multidisciplinary approach that utilizes computational tools and algorithms to generate, optimize, and analyze design outcomes.
Young architects can access resources through online platforms like Futurly, with workshops, tutorials, coding courses, webinars, and academic programs.
Saili Sawantt
An Architect + Writer, Saili has worked as an Architectural writer & brand storyteller where she has collaborated with firms, studios, organizations, luxury brands, events & educational institutions to communicate in the real estate & travel industry. Her recent initiatives include curating an online workshop on communication and networking within the AEC industry. She is a commentator on the design industry’s upkeep through her social handles while also being an avid reader and traveler.