Aggregated Resistance (2024)
This group project involves creating a modular indoor screen that responds to environmental factors such as temperature, occupancy, and light through integrated IoT sensors. The screen’s flexible design allows for reconfiguration and data collection on human movement and space conditions, providing real-time insights that inform design and safety decisions. Drawing inspiration from natural systems like coral reefs, the screen serves as a dynamic, data-driven tool, ideal for public venues, protest areas, and evolving construction sites, where it can help ensure safety and optimize spatial configurations.
My roles included: form generation (various iterations), CNC milling (base), Internet of Things integration, Python coding, assembly of the electronic components.
This group project involves creating a modular indoor screen that responds to environmental factors such as temperature, occupancy, and light through integrated IoT sensors. The screen’s flexible design allows for reconfiguration and data collection on human movement and space conditions, providing real-time insights that inform design and safety decisions. Drawing inspiration from natural systems like coral reefs, the screen serves as a dynamic, data-driven tool, ideal for public venues, protest areas, and evolving construction sites, where it can help ensure safety and optimize spatial configurations.
My roles included: form generation (various iterations), CNC milling (base), Internet of Things integration, Python coding, assembly of the electronic components.