Designing desirable assistive technologies
Work alongside people with lived experience of disability and neurodiversity to develop new assistive technologies that support belonging, esteem and self-actualisation.
Work alongside people with lived experience of disability and neurodiversity to develop new assistive technologies that support belonging, esteem and self-actualisation.
The Designing Desirable Assistive Technologies short course promotes lived-experience-focused co-design, encouraging participants to go beyond textbook learning and make genuine interpersonal connections that inform the end-to-end design process. You will be given the opportunity to partner and work alongside people with lived experience of disability and neurodiversity to develop assistive technologies that delight and are desired. You will take advantage of the knowledge and resources in the world-leading Creative Robotics Lab and National Facility for Human-Robot Interaction Research to co-design and develop ideas that are user-centred every step of the way.
Faculty of Arts, Design & Architecture
Art and Design
Blended
29 May 2023
6-12 weeks
$900-1600
75-150 hours
You will engage in an ideation-to-evaluation process of design that is grounded in co-design and community-led practice. Consideration of the individuals at the centre of your work will inform your designs to support the social factors at play in assistive technology, moving beyond the medical model of disability often applied in clinical products and services. Instead, this strengths-based approach to designing with (not for) people with lived experience will help translate your novel designs into desirable assistive technologies that recognise and embrace unique ways of experiencing and being in the world.
The course will be split into 2 parts.
Course content will address:
Participants will be given access to the resources available in the world-leading Creative Robotics Lab and National Facility for Human-Robot Interaction Research. The offering can be taken across both facilities as a 6 UOC course, or as a stackable 3 UOC micro-credential that will deepen your understanding of co-design (Creative Robotics Lab) or inclusive user testing (National Facility for Human-Robot Interaction Research).
This course will alternate between face-to-face and online delivery. Face-to-face classes will be held at UNSW’s School of Art and Design in Paddington, Sydney.
Each module includes a guest lecture from industry experts in a range of fields related to assistive technology. Face-to-face classes are an opportunity to work alongside people with lived experience of disability.
The course is split into 2 parts:
Each part will conclude with an assessment.
There are 2 registration options you can choose from:
Part 1 will run for 6 weeks with a total time commitment of 75 hours. It includes 16 hours of course delivery via face-to-face or online classes. The remaining hours will be self-driven study.
Part 1 and 2 will run for 12 weeks with a total time commitment of 150 hours. It includes 32 hours of course delivery via face-to-face or online classes. The remaining hours will be self-driven study.
Face to face class schedule:
Anyone with an interest in assistive technology and related areas of co-design for people with a disability.
Industry practitioners including (but not limited to) support workers, designers, engineers, and therapists.
As a faculty, we are committed to ensuring our short courses are accessible to individuals or groups who are experiencing financial disadvantage. Discounted registration prices are available. Please contact the ADA Short Courses team via email at ada.sc@unsw.edu.au if you would like to discuss discount rates. Decisions will be made on a case-by-case bases.
Dr. Scott Brown
Dr Scott Brown is a Lecturer at UNSW in the Faculty of Arts, Design and Architecture, using interactive technologies and human-centred design approaches to work with neurodiverse populations. Based in the School of Art & Design, Scott brings a UX and media arts perspective to inclusive design and assistive technology. His teaching and research practices examine creative implementations of embodied and sensory interaction and the value of accessible technology in eliciting social engagement between people.
Scott leads the assistive technology research focus of the Creative Robotics Lab, where he developed responsive sensory spaces for facilitating conversation between autistic children and their parents. He also investigated methods of using social robots in therapeutic and educational contexts. Community-led and co-design is central to his teaching and research, and he regularly engages with external partners and institutions for both activities. Through Scott’s research, he has led the inaugural Autism MeetUp event (UNSW Art & Design) and established the Neurodiversity + Embodiment group for researchers collaborating in interdisciplinary approaches to advocating for neurodiverse communities.
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