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V.I.N.E.S.
Sestoso, Treus
Advisor:Mounayar, Michel
Date:2022-05
Type:Undergraduate CAP thesis
Degree:Thesis (B. Arch.)
Department:College of Architecture and Planning
Abstract:
The world is getting denser. Population is increasing, resources are diminishing, cities are
expanding, land is becoming scarcer, man-made production is compounding, and with it all, our
carbon emissions are skyrocketing. Energy is becoming an increasingly needed resource in order
to sustain our population. There is a trend of urbanization in our cities, which requires more
resources, space, and energy in a limited area, but it is becoming harder and harder to incorporate
energy production within a dense urban-scape. Buildings must expand vertically. Therefore,
energy production must condense and must also go vertical. Architecture must rethink, redesign,
and readapt the modern skyscraper with these factors in mind, incorporating dense functionality
and adaptability with a low embodied and operational carbon rate. This skyscraper must also
contain net-zero carbon materials and an efficient energy production system to maximize its
building footprint.
College of Architecture and Planning Undergraduate Theses [1317] Undergraduate theses submitted to the College of Architecture and Planning by Ball State University undergraduate students in partial fulfillment of degree requirements.