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Cardiff University: Computational Methods in Architecture
| Institution | Cardiff University View institution profile |
|---|---|
| Department | Welsh School of Architecture View department profile |
| Web | http://www.cardiff.ac.uk/architecture/ |
| enquiry@cardiff.ac.uk | |
| Telephone | +44 (0)29 2087 4455 |
| Study type | Taught |
Master of Science - MSc (PG)
Summary
Develop the advanced digital skills required to utilise innovative computational methods in the creative and design industries.
This programme addresses the need for creative professionals who are equipped with the IT skills, digital fabrication skills, simulation software skills, or the ability to design custom-software development tools to solve unique design problems. Our multidisciplinary approach will provide you with the knowledge and skills to discover innovative computational methods for use in the creative and design industries.
In particular, we will look at form-finding using parametric and generative methods, preparing digital information for further rigorous analysis, and exploring contemporary issues in computational methods. You will be taught by experts across the subjects of architecture, computer science and engineering, which will give you a distinctly interdisciplinary approach to looking at design.
The ethos of the course is based on the concept of rigorous creativity where algorithmic thinking, systematic parametric design, analytic methods, creative intuition and tectonic sensibilities are integrated into a more innovative design outcome than traditional methods currently allow.
| Level | RQF Level 7 |
|---|---|
| Entry requirements | For further information regarding entry requirements, please visit the course page on our website: |
| Location | Main Site - Cardiff Park Place Cardiff CF10 3AT |
Summary
This course addresses the need for creative professionals who are equipped with the IT skills, digital fabrication skills, simulation software skills, or the ability to design custom-software development tools to solve unique design problems.
This course addresses the need for creative professionals who are equipped with the IT skills, digital fabrication skills, simulation software skills, or the ability to design custom-software development tools to solve unique design problems. Our multidisciplinary approach will provide students with the knowledge and skills to discover innovative computational methods for use in the creative and design industries. In particular, we will look at form-finding using parametric and generative methods, preparing digital information for further rigorous analysis, and integrating the logic of digital fabrication into the early stages of design.
You will be taught by experts across the subjects of architecture, computer science and engineering, which will give you a distinctly interdisciplinary approach to looking at design.
The ethos of the course is based on the concept of rigorous creativity where algorithmic thinking, systematic parametric design, analytic methods, creative intuition and tectonic sensibilities are integrated into a more innovative design outcome than traditional methods currently allow.
During the course, you will be able to develop and specialise in areas of interest to you through a range of optional modules and your choice of dissertation topic. Topics you may specialise in include algorithmic thinking in parametric design and form-finding, performance-based design and analysis, or design for digital fabrication.
| Level | RQF Level 7 |
|---|---|
| Entry requirements | For further information regarding entry requirements, please visit the course page on our website: |
| Location | Main Site - Cardiff Park Place Cardiff CF10 3AT |
Summary
This course addresses the need for creative professionals who are equipped with the IT skills, digital fabrication skills, simulation software skills, or the ability to design custom-software development tools to solve unique design problems.
This course addresses the need for creative professionals who are equipped with the IT skills, digital fabrication skills, simulation software skills, or the ability to design custom-software development tools to solve unique design problems. Our multidisciplinary approach will provide students with the knowledge and skills to discover innovative computational methods for use in the creative and design industries. In particular, we will look at form-finding using parametric and generative methods, preparing digital information for further rigorous analysis, and integrating the logic of digital fabrication into the early stages of design.
You will be taught by experts across the subjects of architecture, computer science and engineering, which will give you a distinctly interdisciplinary approach to looking at design.
The ethos of the course is based on the concept of rigorous creativity where algorithmic thinking, systematic parametric design, analytic methods, creative intuition and tectonic sensibilities are integrated into a more innovative design outcome than traditional methods currently allow.
During the course, you will be able to develop and specialise in areas of interest to you through a range of optional modules and your choice of dissertation topic. Topics you may specialise in include algorithmic thinking in parametric design and form-finding, performance-based design and analysis, or design for digital fabrication.
| Level | RQF Level 7 |
|---|---|
| Entry requirements | For further information regarding entry requirements, please visit the course page on our website: |
| Location | Main Site - Cardiff Park Place Cardiff CF10 3AT |
Join one of the UK’s top-rated architecture schools* and help shape a more sustainable future.
At Cardiff University’s Welsh School of Architecture, we offer a vibrant, collaborative environment where students and staff from diverse backgrounds come together to address global challenges. Our strong studio culture encourages creativity grounded in empathy and real-world impact.
Our distinctiveness lies in our long-standing commitment to sustainability and the wellbeing of current and future generations. Through innovative teaching and impactful research, we aim to create built environments that enhance lives today while safeguarding tomorrow. Our global collaborations with academia, industry, and leading …
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