Exploring Opportunities for Flexible Wearables to Support Physical Training
Authors
Advances in digital fabrication with flexible and conductive materials are enabling new opportunities for customisable wearables that enhance physical training across various sports through on-body posture and movement monitoring. However, before developing new wearable devices, it is crucial to understand the unique challenges and opportunities of real-world use and the diverse needs of stakeholders such as athletes, trainers, and sports enthusiasts. In this paper, we report results of two co-design workshops conducted with 11 participants representing a range of sports backgrounds and interests to identify challenges and opportunities for flexible wearables. The participants' designs and prototypes highlight the importance of supporting personalised wearable design, addressing varying contexts, and accommodating different skill levels. We propose design considerations for wearable devices that prioritise flexibility, both in their materiality to support a wide range of movement and in their adaptability to accommodate changing conditions and user progression across skill levels.
Research Questions / Practical Problems
Question signals indexed for this paper.
- 67%
Visualizing Instructions for Physical Training: Exploring Visual Cues to Support Movement Learning from Instructional Videos
CHI '22· Time-Series & Network Graph Visualization +1
- 67%
BuSiNec– Studying the Effects of a Busyness Signifying Necklace in the Wild
DIS '20· Haptic Wearables +1
- 67%
Quali-Mat: Evaluating the Quality of Execution in Body-Weight Exercises with a Pressure Sensitive Sports Mat
UbiComp '23· Fitness Tracking & Physical Activity Monitoring +1
- 60%
Activity Tracking in vivo
CHI '18· Fitness Tracking & Physical Activity Monitoring
- 60%
Understanding People’s Experience for Physical Activity Planning and Exploring the Impact of Historical Records on Plan Creation and Execution
CHI '22· Fitness Tracking & Physical Activity Monitoring
- 60%
Designing Reflective Derived Metrics for Fitness Trackers
UbiComp '23· Fitness Tracking & Physical Activity Monitoring
- 60%
ProxiFit: Proximity Magnetic Sensing Using a Single Commodity Mobile toward Holistic Weight Exercise Monitoring
UbiComp '23· Fitness Tracking & Physical Activity Monitoring
Based on Jaccard similarity of research subtopics & professions (≥60%)