Research in Resilience and Sustainability advances forward-looking solutions for buildings, infrastructure, and communities facing environmental, climatic, and material challenges. Faculty and students integrate engineering innovation, design research, and performance-driven experimentation to develop systems that are durable, adaptive, and responsive to changing conditions.
Work related to Building Performance & Environmental Systems examines how buildings operate through the integration of materials, systems, infrastructure, and local contextual factors. Projects in this area may involve energy modeling, system coordination, and evaluation of performance over time, with attention to efficiency, durability, and occupant comfort.
Energy Systems & Weather Resilience includes research on how energy is generated, distributed, and used within the built environment and how buildings and communities respond to severe weather and other environmental risks. Projects may explore adaption strategies, emerging technologies, risk reduction, and recovery processes.
Sustainable Design examines how design decisions influence long-term economic value, operational efficiency, and quality of life. Projects in this area may explore cost-effective construction strategies, lifecycle performance, and development approaches that support durable and adaptable built environments.
