This course explores how below-grade waterproofing and floodproofing strategies work both independently and together to create resilient, code-compliant buildings. Participants will examine key technologies including sheet membranes, fluid-applied systems, crystalline admixtures, bentonite panels, flood barriers, floodproof windows, and engineered flood vents while reviewing FEMA, ASCE 24, and building codes requirements for flood hazard design. Material chemistry, floodproofing components, installation methods, and performance characteristics will be discussed to help guide system selection. The program also highlights emerging innovations such as self-healing membranes, smart monitoring technologies, and next-generation flood barriers that are advancing the future of waterproofing and flood resilience design.

Learning Objectives:

- Differentiate between below-grade waterproofing and floodproofing strategies and identify how each contributes to overall building resilience.

- Evaluate materials and technologies used in waterproofing and wet/dry floodproofing based on their chemistry, strengths, and limitations.

- Apply best practices to reduce moisture and flood infiltration risks in critical areas while incorporating relevant FEMA, ASCE 24, and building code requirements.

- Recognize emerging trends and innovations in waterproofing and floodproofing systems and integrate them into design specifications.