Recent PhD graduate Clarice Carvalho Garcia won for her industry toolkit, Fashion Futuring.
Conceptualised in a card game format, Fashion Futuring is designed to support the fashion industry in developing design-led and sustainability-driven approaches to strategic planning for concrete action.
The toolkit consists of seven steps and a user manual that permits anyone in the fashion industry to use and adapt it for their circumstances. It is available to download free of charge with the hope it can reach a wide audience and encourage action.
Garcia said Fashion Futuring emerged as a response to the urgency to include creativity, societal values and collaboration in business efforts towards sustainable and regenerative futures.
“Ultimately, Fashion Futuring is an invitation to industry stakeholders to think about what matters beyond profit and, more importantly, to act systemically to tune their business models accordingly to a new system of values,” she said.
Fashion Futuring was tested and iterated with designers, design students, fashion forecasters, and the general public in workshop sessions conducted over a 14-month period.
Feedback from participants indicated that Fashion Futuring has the potential to inaugurate a new way of thinking about fashion and futures, moving beyond next-season trends by helping multiple stakeholders in industry or education to think and act together in transitioning towards sustainability.
The Fashion Futuring toolkit was developed as part of Garcia’s PhD. Her win at the Victorian Premier’s Design Awards follows her success in the where Fashion Futuring won for Fashion Impact.
Innovation for motorcyclists highly commended
Industrial Design graduate Trystan Paderno was highly commended in the for Project Shift, a prosthetic solution for amputee motorcycle riders.
The project adopts a holistic design philosophy that addresses the functional issues of riding as well as the psychological inhibitions amputees are confronted with.
Paderno’s research for Project Shift revealed that many solutions currently on the market are costly and require an amputee to modify their motorcycle, which also comes at significant expense.
Project Shift presents an alternative option: a fully adaptable prosthetic leg. The prosthetic’s knee and ankle movements can be adjusted in a matter of seconds using the Project Shift app to ensure they are optimised for the motorcycle.
While riding, the function of the leg is controlled by a handlebar-mounted wireless remote with 3 buttons, which can be used without hindering rider focus.
Paderno developed Project Shift during his Honours design research course while studying at RMIT. He received the for the project.