project01:WS12026MSc2 G1Design: Difference between revisions
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=='''Design'''== | =='''Design'''== | ||
The "Transitions" project investigates how a Voronoi-based, reconfigurable, AI-and-lighting-integrated habitat can improve the living conditions of researchers at the Troll research station in Antartica. | |||
Such environments generate spatial and psychological challenges, including reduced privacy, rigid spatial organization, and disrupted circadian rhythms. | |||
The proposed design addresses them by introducing a voronoi spatial organisation to ergonomically shape the habitat, as well as a flexible spatial system based on collective, private, and semi-private configurations and enabled through reconfigurable partitions. These allow the space to adapt dynamically to different activities and patterns of cohabitation. | |||
Spatial transformations are directly linked to an intelligent lighting system. Lighting is controlled through a three-layer framework combining activity , identity and environmental context. The system integrates motion or presence sensors, wearable devices such as smartwatches, and manual user input, allowing both automated adaptation and individual override through simple controls. | |||
Data-driven analysis and machine learning are used to identify patterns in user behavior and physiological signals, combined with external environmental data, to anticipate lighting needs in terms of illuminance and color temperature. | |||
[[File:Image73.png|800x333px|thumb|center|Rendered indoor of the "Transitions" habitat]] | |||
'''Final presentation''' | |||
<html> | <html> | ||
<iframe src="https:// | <iframe src="https://www.canva.com/design/DAHHkHgk8O8/alVu1ocxN8KRyKq3ZO2lOA/view?embed" frameborder="0" width="850" height="500" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe> | ||
</html> | </html> | ||
Latest revision as of 05:32, 25 April 2026
Group 1: Chloé Phan - Daphne Kamsteeg - Iris Claus - Ludovica Perone Pacifico - Marieke van Wijk
Design
The "Transitions" project investigates how a Voronoi-based, reconfigurable, AI-and-lighting-integrated habitat can improve the living conditions of researchers at the Troll research station in Antartica.
Such environments generate spatial and psychological challenges, including reduced privacy, rigid spatial organization, and disrupted circadian rhythms.
The proposed design addresses them by introducing a voronoi spatial organisation to ergonomically shape the habitat, as well as a flexible spatial system based on collective, private, and semi-private configurations and enabled through reconfigurable partitions. These allow the space to adapt dynamically to different activities and patterns of cohabitation.
Spatial transformations are directly linked to an intelligent lighting system. Lighting is controlled through a three-layer framework combining activity , identity and environmental context. The system integrates motion or presence sensors, wearable devices such as smartwatches, and manual user input, allowing both automated adaptation and individual override through simple controls.
Data-driven analysis and machine learning are used to identify patterns in user behavior and physiological signals, combined with external environmental data, to anticipate lighting needs in terms of illuminance and color temperature.
Final presentation
