Designing for Water
AIAU26-WATER01
Included in subscription
2
LU|HSW
Course expires on: 09/06/2029
Description
Water shapes decisions across every project.
Before systems are fully designed, architects make choices that influence how a project interacts with water. Site selection shapes exposure to flooding, drought, groundwater, and infrastructure conditions. Program and building-system choices influence demand, while landscape and grading affect rainfall and runoff. Materials, construction, and energy create water impacts beyond the site, while operations influence long-term use, water quality, maintenance, and performance.
This course introduces a systems-based approach for recognizing these relationships and incorporating water into architectural decisions. You’ll explore water availability, reliability, and quality; operational and lifecycle water use; the water-energy connection; rainfall, stormwater, and wastewater; infrastructure and watershed relationships; climate and resilience; and connections to health, access, affordability, equity, and communities.
Through project examples, decision prompts, and short activities, you’ll practice recognizing conditions, identifying less-visible impacts, tracing connections, and raising useful questions while decisions remain open.
Learning Objectives
Identify water-related conditions that influence site selection, programming, landscape, building systems, operations, and community impacts.
Distinguish operational water use from less-visible lifecycle water impacts associated with materials, construction, energy, maintenance, and replacement.
Trace connections among building, site, infrastructure, community, natural systems, and watershed conditions to understand how project water decisions operate across multiple scales.
Apply practical water questions to early project decisions and design conversations, including availability, reliability, quality, rainfall, groundwater, infrastructure, climate, and anticipated demand.
Identify when additional information, coordination, or technical expertise is needed to address water-related conditions, performance, public health, resilience, equity, or community impacts.
Acknowledgments:
- Matt Green, AIA, NCARB
- Nathan Kipnis, FAIA, LEED AP BD+C
- Diantha S. Korzun, AIA, LEED AP
- Nekoye Masibili, Ph.D., Int'l Assoc. AIA, NOMA
- Ana T. Orosco, AIA, Fitwel Amb., LFA, NOMA, PHIUS Assoc.
- Rodolfo Perez, PhD
- Alan Scott, FAIA, LEED Fellow, LEED AP BD+C, O+M, CEM, WELL AP
- Erica Weeks, LEED Fellow, AIA, NCARB, LEED AP BD+C, ID+C