Collection
The Collection pathway challenges you to consider approaches to body, gender, age, and size in order to develop new narratives, definitions, and terminologies within a clearly defined visual aesthetic beyond traditional contexts.
Fashion Product
The Fashion Product pathway provides you with the opportunity to build connections between fashion and lifestyle, embracing craft methodologies and technological advances inclusive of AI and AR to develop a range of new products considering function,
environmental context, and user needs.
Materiality
Enables you to focus on the application of material and textile innovation to fashion design in relation to the body and beyond. Courses aim to help you generate new possibilities for fashion through the integration of new technologies and sustainable
approaches with foundational methods of dying, knit, print, surface treatments, embroidery, and weave while challenging you to explore new fabrication techniques. Deep hands-on research exploration towards applied materiality outcomes including both
garments/wearables and non-garment/non-wearable outcomes are encouraged.
Systems & Society
The Systems & Society pathway challenges you to critically engage how fashion relates to contemporary issues facing society. In this pathway, you explore a diverse range of systems design and critical thinking approaches in order to develop and actually
construct new types of fashion systems and models that can make a positive impact on our world. Emphasis is placed on designing with a deep consideration for human beings in all aspects of the fashion system.
Systems & Society opens up new opportunities for you to engage as a fashion designer across the entire value chain with an emphasis on circularity. You explore interdisciplinary methods to address specific design challenges in society and are encouraged
to develop deep, empirical research methodologies in order to generate diverse types of outcomes and communicate innovative, speculative proposals for what new types of fashion systems could be.