FUTURE INNOVATIONS BIOLUMINESCENT ALGAE & PARAMETRIC SEATING

This has widely changed the perspective on the importance of outdoor recreation—and its connections to health, productivity, and success—across all demographics. This project aims to set a precedent to develop the site beyond its necessary requirements, but to also celebrate the work of the student body and promote mental, physical, and emotional wellness for all users passively or actively engaging with the site. This will consequently have a positive impact on the interaction architecture students have amongst each other, and other disciplines. Given the site's proximity to two different student housing buildings, this will also increase opportunities for non-architecture students to engage with the space and its users without feeling daunted by entering through the building's main doors.The students using digital pamametric techqiue to design and built the site furniture in order to fit the ergonomic human engineering consideration.This project conducted an examination of the VOC emitted by local housing plants to identify suitable plants that can effectively enhance air quality.Utilizing bioluminescent algae creates an innovative opportunity in lighting amenitiy applications and also ulitize the CO2 and temperature.