Smart Wearables II
This course combines invited talks and project work. Experts from academia and industry will delve into cutting-edge topics such as biomaterials for smart textiles, advanced fabrication methods, embedded machine learning, extended reality interfaces, and user-centered design for smart wearables and health applications. Students, working in small interdisciplinary groups, can either select from teacher-provided topics or define their own. The project work is designed to align with the themes covered in the invited talks, and each group will receive guidance from a dedicated tutor throughout the course. We encourage collaboration among students from diverse backgrounds, including design and engineering.
![Sun powered smart jacket](/sites/g/files/flghsv161/files/styles/1_6_567w_354h_n/public/2024-01/Sun-powered%20Textiles%20prototype%20jacket_photo_Aalto%20University_Anne_Kinnunen_3.jpg?h=e75ab034&itok=8HdQOuRM)
Learning Outcomes
After completing the course, students are able to:
- Conduct a user-oriented ideation process and concept generation leading towards the creation of e-textile-based wearable systems.
- Implement prototypes of smart wearables using advanced fabrication and/or machine learning techniques.
- Conduct evaluation of system performance and user experience through user tests.
- Improve team working skills in a multi-disciplinary setup.
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