This studio invites participants to explore ways of extending physical expressivity through a combined use of wearable electronics and structural textile design. Participants are introduced to an electronics and material prototyping method developed by Social Body Lab for constructing kinetic textile body extensions intended for use in social interactions. Participants will learn to use a servo motor in combination with folded and pleated paper, textiles, and structural materials to create a kinetic wearable module that can expand and contract in form. These kinetic modules can vary in size, form, complexity, and placement on the body, depending on the intended application. Pressure, flexion, ambient light, and electromyography (EMG) are se...
This paper reports on an ongoing collaboration between fashion design and sports science, which is e...
International audienceIn this pictorial, we describe an auto-biographical design process that led to...
This thesis aims at identifying and exploring properties and design aspects of human movement when u...
Humans were made to move. Many hours in front of a screen leads to stiff bodies and a diminished bod...
This exploratory Research-through-Design thesis investigates a design for self-regulation using kine...
Nowadays it is quite possible to deploy textiles as sensors and avoid traditional hard sensors. Actu...
In this paper, we describe the use of experience modeling to create gestural protocols for physiolog...
For decades, wearable research has explored different output modalities (e.g. screens, lights, scent...
This thesis introduces the exploration of making wearables as a collaborative expression between a p...
In developing wearable controllers, or simply wearables, for gesture based applications, in addition...
We set the context for three demonstrations by describing the Topological Media Lab's research ...
This research through design project presents Urban Kinesic (UrK), a hand held device that enables t...
Artificial sensory motor systems are now under development in a truly wearable form using an innovat...
Human-Robot Interaction is a novel field of research dedicated to understanding, designing, and eval...
We present four wearable tactile actuators capable of recreating physical sensations commonly experi...
This paper reports on an ongoing collaboration between fashion design and sports science, which is e...
International audienceIn this pictorial, we describe an auto-biographical design process that led to...
This thesis aims at identifying and exploring properties and design aspects of human movement when u...
Humans were made to move. Many hours in front of a screen leads to stiff bodies and a diminished bod...
This exploratory Research-through-Design thesis investigates a design for self-regulation using kine...
Nowadays it is quite possible to deploy textiles as sensors and avoid traditional hard sensors. Actu...
In this paper, we describe the use of experience modeling to create gestural protocols for physiolog...
For decades, wearable research has explored different output modalities (e.g. screens, lights, scent...
This thesis introduces the exploration of making wearables as a collaborative expression between a p...
In developing wearable controllers, or simply wearables, for gesture based applications, in addition...
We set the context for three demonstrations by describing the Topological Media Lab's research ...
This research through design project presents Urban Kinesic (UrK), a hand held device that enables t...
Artificial sensory motor systems are now under development in a truly wearable form using an innovat...
Human-Robot Interaction is a novel field of research dedicated to understanding, designing, and eval...
We present four wearable tactile actuators capable of recreating physical sensations commonly experi...
This paper reports on an ongoing collaboration between fashion design and sports science, which is e...
International audienceIn this pictorial, we describe an auto-biographical design process that led to...
This thesis aims at identifying and exploring properties and design aspects of human movement when u...