Global Certificate in Resilient Drainage Infrastructure Design

• Fundamentals of Drainage Infrastructure Design: An introduction to the principles and best practices of designing resilient drainage systems, including an overview of various types of drainage infrastructure and their functions. • Hydrologic Analysis and Modeling: Techniques for analyzing and modeling hydrologic systems, including runoff estimation, flood frequency analysis, and watershed modeling. • Materials and Construction Techniques: An examination of the materials and construction techniques used in resilient drainage infrastructure, including the properties and performance of various materials and the latest construction practices. • Climate Change and Resilience: An exploration of the impacts of climate change on drainage infrastructure and strategies for designing resilient systems that can withstand extreme weather events and changing conditions. • Sustainable Drainage Systems (SuDS): An overview of sustainable drainage systems, including their benefits, design principles, and implementation strategies. • Urban Drainage Design: Techniques for designing urban drainage systems, including the use of green infrastructure and low-impact development practices. • Computational Tools for Drainage Design: An introduction to the computational tools used in drainage infrastructure design, including software for hydrologic modeling and analysis, and Geographic Information Systems (GIS). • Maintenance and Inspection of Drainage Infrastructure: Best practices for maintaining and inspecting drainage infrastructure to ensure long-term performance and resilience.