Digital Dexterity

In everyday life, hands play a vital role in our functionality, extending into the virtual world where they are increasingly becoming controllers. Precisely detecting finger movement, known as hand posture sensing, is crucial for the translation from physical movement to a matching digital one. Current approaches rely on sensors integrated into gloves, yet issues appear with longevity, accuracy, and positioning. This research investigates whether three-dimensional (3D) printing can address these challenges, leveraging its accessibility and rapid iteration capabilities, particularly with advancements like printing directly onto fabric and integrating electronics. With a Research Through Design approach supported by iterative and criteria-based methods, the project can evolve dynamically. Added 3D printed structural modifications enhance sensor placement and protection, address accuracy concerns, and pave the way for bespoke, market-ready products. This project's application involves integrating these explorations into an augmented reality experience, specifically for playing musical instruments, opening up new possibilities for immersive interactions in virtual environments.