Date of Award
Spring 2024
Degree Type
Capstone Project
Degree Name
B.S. in Interior Design
Department
Design and Innovation
First Advisor
Kim Buchholz
Second Advisor
Dustin Altschul
Abstract
In a world undergoing constant transformation, driven by factors like extensive CO2 emissions since the Industrial Revolution, the impacts of greenhouse gases are irreversible, necessitating innovative solutions to confront global warming. Adapting to a progressively warmer planet presents unforeseen challenges, from shifting ecosystems to heightened vulnerability to natural disasters, and rising global temperatures.
The solution lies in the creation of a harmonious structure that fuses nature and technology, fostering self-sufficiency and compassion for the climate crisis. This structure aspires to be a paragon of eco-consciousness, adorned with entirely recyclable materials and integrated green systems, promoting sustainability. In a departure from traditional construction practices, this design aims to coexist with nature, providing a nurturing habitat for vegetation.
By employing passive design strategies, the structure seeks to maximize energy conservation, fulfilling not only our physical but also our psychological and social needs. Leveraging thermal massing, it strives to seamlessly merge with its natural surroundings. As global warming looms, there arises a pressing need for structures that offer stable temperatures for comfort, a cohesive design for mental well-being, and the capability to significantly reduce energy consumption. This concept represents a proactive response to the evolving demands of our changing world.
Recommended Citation
Dissinger, "Reimagining Comfort: Designing for Climate Resilience" (2024). Capstone Projects. 103.
https://scholarworks.wmich.edu/capstone_projects/103