Photo: J. Fagerlönn

RHYME member Anders-Petter Andersson won best paper presentation when he presented Birgitta Cappelen and his paper on AudioMostly2016 the 6th October 2016.  The motivation the committee gave was: “A very pedagogical, well-designed and passionate presentation with humorous and daring elements”

The paper is called ‘Health Improving Multi-Sensorial and Musical Environments’ and, “focus on the designed qualities of the Polly World environment, and specifically on the multi-sensorial and musical interaction design”. In the paper they present how they have designed the interactive music and multi-sensorial qualities of the environment, to make them health promoting, by combining knowledge from the field of interactive Music composition, Interaction Design and Tangible Interaction with knowledge from therapeutic disciplines such as Music and Health, Music Therapy and Sensory Integration. One of the main findings is the positive results moving from Multi-Sensory feedback, focusing on auditive, tactile, visual modalities, to Multi-Sensorial, motivating mastering over time, creating expectations, building on rhythmic, narrative, musical, relational and cultural.

The project is to develop a new textile for sensorial and musical interaction. Textile which has a soft and sensorial stimulation qualities,  in combination with transparency to transmit light and roughness to handle the rough use. In addition the textile has to have the ability to embed electronics into the textile.

We have worked from different angles, providing aesthetically and sensorial qualities by exploring combinations of yarn like cotton, wool, viscose, polyamid, polyester to high tech yarns like mono filament, pemotec and thermoformable yarns.

We have worked with different structures/patterns to embedd the technology like light, sensors, actuators and wires.

We have worked with different forms of knitting techniques from jacquard knitting to complex and simpler forms of tubular structures.

We have explored different forms of knitting machines from tubular machines to complex flat beds.

We have worked in different scales from many small samples to larger moch-ups and prototypes to be.