Researching, designing and evaluating online learning tools to effectively utilise audio-visual archives: critical literacies through rich task interactivity. In collaboration with Film Australia and award winning eLearning company Crank Media, researchers will prototype next-generation broadband learning tools that continually assess and respond to an individual user's knowledge gaps, and enable access to digital resources derived from personal learning styles and preferences. Underpinned by di ....Researching, designing and evaluating online learning tools to effectively utilise audio-visual archives: critical literacies through rich task interactivity. In collaboration with Film Australia and award winning eLearning company Crank Media, researchers will prototype next-generation broadband learning tools that continually assess and respond to an individual user's knowledge gaps, and enable access to digital resources derived from personal learning styles and preferences. Underpinned by distributed learning theory and working with ?rich task? activities within a content aggregation scaffolding the research will design and field test innovative online study and revision activities. It will engage learners in recognizing and switching their learning paradigms appropriately, and in articulating these decisions through dynamic content pathways utilizing Film Australia's invaluable archives.Read moreRead less
Generative Materialism: advancing design of the digital and physical. This interdisciplinary project aims to open the way for the next generation of manufacturing technologies by linking advanced computer science with the creative arts. Using innovative techniques that combine generative systems, advanced digital fabrication and the creative needs of modern design, the project seeks to boost human creativity by intelligently connecting the digital and physical processes of generative systems. Th ....Generative Materialism: advancing design of the digital and physical. This interdisciplinary project aims to open the way for the next generation of manufacturing technologies by linking advanced computer science with the creative arts. Using innovative techniques that combine generative systems, advanced digital fabrication and the creative needs of modern design, the project seeks to boost human creativity by intelligently connecting the digital and physical processes of generative systems. The outcomes will help build the next generation of digital arts software systems that assist creative and industry professionals to excel, promoting higher productivity and greater creativity vital to Australia's future creative industries. This will provide benefits such as the creation of breakthrough systems for the creative industries that elevate the role of computational generation and on-demand manufacturing in contemporary design, production and creative practice.Read moreRead less