UNSW Sydney

Computational Design

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Design for a changing world.

Computational Design at UNSW connects design with computing, engineering and science. You will learn to model complex systems, work with data, fabricate prototypes and develop new ways to shape the built environment.

Degree
Bachelor of Design
Major
Computational Design
Duration
3 years full-time
Study load
96 UOC
Campus
Paddington / Kensington
Computationally designed ceramic vessels with layered and perforated surfaces

CoDe Conference 2026

Date
Time
1:00pm–5:40pm
Venue
PTW Sydney
Keynote
Professor Christiane M. Herr

Computational Design graduate capabilities.

  1. 01Computational modelling

    Parametric, generative and systems-based design

  2. 02Digital fabrication

    Robotic, CNC and additive making

  3. 03Data-informed design

    Urban analysis, simulation and visualisation

  4. 04Responsive environments

    Interactive and adaptive spatial systems

  5. 05Material exploration

    Computational approaches to matter and performance

  6. 06Collaborative practice

    Design work developed with industry and research partners

  7. 07AI-assisted design

    Critical and purposeful use of AI in design workflows

View the course structure

Research specialisations.

  1. 01
    Parametric design, digital fabrication and robotics

    Computational workflows that connect geometry, materials and making.

  2. 02
    Responsive systems, media architecture and smart cities

    Interactive systems that sense, communicate and adapt.

  3. 03
    Urban data, environmental analysis and optimisation

    Evidence-based approaches to cities, movement and environmental performance.

  4. 04
    Biomimetics, sustainability and material systems

    Design strategies informed by biological processes and material behaviour.

  5. 05
    Socio-technical systems, pedagogy and design methodology

    Research into the people, practices and technologies that shape design work.

  6. 06
    AI, simulation and decision support

    Computational methods that help designers compare possibilities and explain decisions.

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