Christine FarionView profile
Academic
Christine Farion is an Instructor in the Faculty of Computer Science at Dalhousie University, Nova Scotia, Canada. She brings extensive experience in wearable technologies, prototyping, and microcontrollers for impactful human-centered interactions. Previously, she served as a Post Graduate Lecturer at The Glasgow School of Art, UK, where she taught innovation and interaction design with a focus on physical computing and electronics. PhD in Media & Arts Technology, Queen Mary University of London (EPSRC-funded) MSc in Creative Technology (Distinction), Leeds Beckett University, UK Her research focuses on enhancing quality of life through wearable technologies, particularly using conductive fabrics and experience-centred design. She specializes in creating interactive systems that support interpersonal communication and community well-being, often targeting accessibility for individuals with sensory impairments. Christine's recent work spans wearable prototypes—from clap-sensitive gloves to social distancing hats—using platforms like Arduino, ESP32, and Circuit Playground. Her projects emphasize participatory design, rapid prototyping, and open-source sharing. She has authored The Ultimate Guide to Informed Wearables and developed over 50 hands-on activities for building intelligent wearables. Her scientific recognition includes a 4-year EPSRC scholarship and project funding from the Arts Council and British Council (UK). 4-year EPSRC scholarship Arts Council, UK funding British Council, UK funding Christine actively mentors through tutorials, online courses (including a free soldering course on Patreon), and public installations. She has collaborated on projects like Sonic Bodies for visually impaired audiences and developed apps for cultural institutions. Her work bridges academic research, maker culture, and community engagement. She leads initiatives in physical computing education and maintains active involvement in DIY electronics, with a focus on accessibility and creative reuse. Her lab-style practice emphasizes iterative prototyping and open sharing of techniques.









