Demand for expertise in Sustainable Urban Drainage Systems (SUDS) is at an all-time high as urban areas grapple with the challenges of increased rainfall and flooding. This course offers you the opportunity to explore innovative solutions for managing rainfall, focusing on key aspects such as source control, collection and conveyance. You’ll examine infiltration systems and the benefits of storage and passive treatment systems, equipping you with cutting-edge knowledge to tackle real-world issues. As cities strive for sustainability, your skills will be in high demand, opening the door to a wealth of career opportunities. Join us to become a leader in shaping resilient urban environments and make a significant impact in this dynamic field.
Sustainable urban drainage systems (SUDS)
Introduction
Objectives
- To understand the principles and benefits of Sustainable Urban Drainage Systems.
- To explore rainfall management techniques through the use of SUDS.
- To learn methods for effective collection and transport at source.
- To evaluate different types of infiltration systems for use in urban areas.
- To examine the design of storage and passive treatment systems.
- To identify challenges and solutions in implementing SUDS.
- To develop strategies for sustainable urban water management.
Table of Contents
UNIT 1. RAINFALL MANAGEMENT THROUGH SUDS
The concept and implications of sustainable drainage
Multidisciplinary design
Environmental assessment
Flood risk management
Non-structural measures
UNIT 2. CONTROL AT SOURCE: COLLECTION AND TRANSPORT
Hydraulics for the design of SUDS
Rainwater harvesting systems
Green roofs and vertical gardens
Filter strips and filter drains
Vegetated swales
UNIT 3. INFILTRATION SYSTEMS
Hydrology
Bioretention systems
Permeable surfaces
Infiltration systems
Public consultations
UNIT 4. STORAGE AND PASSIVE TREATMENT SYSTEMS
Sustainable landscaping
Detention basins
Retention basins
Constructed wetlands
Integrated system design process