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Computational Design
Learn how computing can unleash your creative potential
ONDEMAND COURSE
With Onur Yüce Gün
Meet the course instructor on media and events
Three courses, one extra discount.
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Computational Design thinking and computational making expand the design possibilities indefinitely.
This approach can be applied in a wide spectrum of disciplines, such as architecture, product design, and mechanical engineering
Unlock your creative and professional potential by learning about Computational Design in a software-agnostic way.
New lessons will be added periodically
Why Computational Design?
Learning Outcomes
Building Timeless Skills in Computational Design
What is Computational Design & what it is not?
Analytical description of Computational Design
Perceptual description of Computational Design
A Holistic description of Computational Design
Who am I? – My journey
Emergence of Computational Design
Review of design and visualization tools
Why important: Parametric, generative, and algorithmic systems
Hand sketching vs Algorithmic sketching
ML and AI in design
Applications: Academia, Architecture, Product Design, Data Visualization, Animations
What is missing?
The Digital (Binary) Computer: History of Computing
Analytical (scientific) view of the world; Parts and Wholes
Vision and Ambiguity (Human vs Machine Intelligence)
Visual Computation: Shape Grammars
Geometry – Triangles
Geometry – Platonic Solids
Geometry – Freeform modeling
Algorithmic Thinking
Procedural Thinking
Precision
Creativity
Parametric Design Foundations
Parametric Design Hands-On
Data as a design driver (D2D paper)
Predictive Modeling
Implicit Modeling
CNC – Synthetic Natures
3D Printing and DfAM Design for Additive Manufacturing
Prototyping vs Industrial scale applications
Applications in practice
Researching in academia
Creating Measurable Impact (Trends vs Meanings)
Future of Computational Design
Machine Learning Applications
Designer’s shifting role
Formal Degrees
Self-teaching
Talking it to the field
Can quality be computed?
At the end of the course, you will receive your certificate of achievement. Add it to your CV and share it on social media!
Merci beaucoup pour les enseignements transmis ! cela été impressionnant et très enrichissent en connaissance !
Bien à vous
Seasoned computational designer, researcher, and instructor
Onur Yüce Gün
Onur Yüce Gün is a seasoned computational designer, researcher, and instructor. Trained as an architect, Onur holds a Ph.D. and a master’s in design and Computation, both earned at Massachusetts Institute of Technology. Recognized by TEDx, and Time Magazine’s best inventions lists, Onur’s work has been internationally published, exhibited, and awarded. His work has been exhibited at the Center for Architecture AIA New York Chapter, at SIGGRAPH, at Centre Pompidou (AAG), and the Tokyo Gallery A4. Onur instituted the Computational Geometry Group at KPF NY in 2006. He taught at MIT, RISD, and Adolfo Ibáñez University in Chile. Onur is current the Creative Manager of Computational Design at New Balance. He played a key role in R&D process of Triplecell, New Balance’s 3D printing technology, and designed 3D-printed forefoot component of limited-edition Fuel Cell Echo Triple that has been published in Popular Science in 2019.
No, the course is entirely on-demand and consists of video-recorded lessons that can be accessed from any device and at any time from the students’ personal dashboard. However, online meetings are organized throughout the year (for members only) for Q&A sessions with speakers and experts in the field.
Onur Yüce Gün is a seasoned computational designer, researcher, and instructor. Trained as an architect, Onur holds a Ph.D. and a master’s in design and Computation, both earned at Massachusetts Institute of Technology. Recognized by TEDx, and Time Magazine’s best inventions lists, Onur’s work has been internationally published, exhibited, and awarded. His work has been exhibited at the Center for Architecture AIA New York Chapter, at SIGGRAPH, at Centre Pompidou (AAG), and the Tokyo Gallery A4. Onur instituted the Computational Geometry Group at KPF NY in 2006. He taught at MIT, RISD, and Adolfo Ibáñez University in Chile. Onur is current the Creative Manager of Computational Design at New Balance. He played a key role in R&D process of Triplecell, New Balance’s 3D printing technology, and designed 3D-printed forefoot component of limited-edition Fuel Cell Echo Triple that has been published in Popular Science in 2019.
The thin line between design and computation diminishes furthermore, but foundational questions remain intact: How designs become ‘computational’? Why does it matter? What does the field of design and computation have to offer? How one can become a ‘true’ computational designer? This course willbring you the answers.
No, the course has lifetime access.
Of course, once you have finished the course, you can download the School of Disruption certification, recognized by the Swiss Institute for Disruptive Innovation. The certificate can be attached to your CV or registered on LinkedIn.
Feel free to write to support@disruption.school to request any information about our School and courses.
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The Swiss Institute for Disruptive Innovation (SIDI) is one of the points of reference in the scientific investigation scenario.
SIDI identifies and analyzes emerging trends and technologies that can disrupt existing processes and produce a significant change in social and economic systems. SIDI’s s mission is to help companies and institutions to face upcoming challenges, providing know-how and a revolutionary set of new skills.
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Learn how computing can unleash your creative potential
With Onur Yüce Gün
Unleash your design potential. Parametric architecture allows you to create infinite and impossible design solutions using computers and artificial intelligence.