Ecosketch

RecoVR

MusicalPT

DALI Collaborators:&nbsp;Rachel Ackerman (21F) , Dev Chhokra (21W – 21F), Luc Cote (21W – 21S), Maria Cristoforo (21F), Samiha Datta (21W – 21S), Lylia Eng (21W), Alessa Lewis (21W – 21S), Alejandro Lopez (21W), Nina Paripovic (21X – 21F), Ana Sumbo (21F), Grace Wang (21 F)

Collaborators: Prof. Geoffrey Parker, Prof. Rafe Steinhauer, Prof. Jeremy Faludi (TU Delft), Lina Cowen (Synapse), Will Harrison (Synapse), Martine Stillman (Synapse), Caroline Taylor (EarthShift Global), Lisa Lauren (EarthShift Global), Dan Fitzgerald (SBD)&nbsp;

This project is creating more usable analytics and visualization tools to help product designers and engineers understand and act upon sustainability considerations. We focus on life cycle assessment (LCA), which evaluates the environmental impacts of a product throughout its life cycle, from extraction and processing of raw materials to manufacturing, distribution, use, and final disposal. We partner with Synapse Product Development and EarthShift Global to ensure our tools are tailored to the needs of real-world practitioners.&nbsp;&nbsp;

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Dartmouth: Andrada Pantelimon, Emma Kallman

External collaborators: Yong Hoon Chung (Dartmouth PBS), Viola Stormer (Dartmouth PBS), Yijing Feng, Michael Casey, Eric

Physical therapy (PT) is a crucial and highly beneficial activity that supports recovery from acute injury and generally promotes mobility and functioning throughout the lifespan. However, adherence to at-home PT is a major challenge given boredom, motivation, and difficulties tracking progress. Considering over half the population could benefit from PT, enhancing these experiences is an important design challenge. Our paper introduces an approach that leverages the engaging, therapeutic power of music to provide enjoyable, real-time feedback and adaptive guidance during PT. Specifically, informed by the music therapy literature and a highly iterative user-centered design process, our system tracks and sonifies limb movements using state-of-the-art computer vision and music generation. Our lab-based evaluation shows this musical approach improves exercise performance and user engagement compared to traditional practices. These findings offer a blueprint for music-mediated PT and suggest broader design directions for interactive musical technologies that enhance health management experiences.

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Andra Pantelimon

Projects

Ecosketch

RecoVR

MusicalPT