Upon completion of this course, attendees should be able to:

• Understand the fundamental principles of Sustainable Drainage Systems (SuDS) and their roles in mitigating flood risks and enhancing water quality.
• Develop effective SuDS designs, integrating natural and engineered solutions, and understand the implementation process.
• Apply maintenance and monitoring strategies to ensure the long-term effectiveness of SuDS.
• Understand the regulatory context and best practices in sustainable drainage systems.
• Appreciate the importance of community engagement and the integration of SuDS into broader urban and rural planning.

This course is ideal for:

• Civil and environmental engineers who wish to deepen their understanding and enhance their skills in sustainable drainage.
• Urban planners and policymakers interested in implementing sustainable water management practices.
• Students studying environmental engineering, urban planning, or related fields who wish to gain practical knowledge.
• Individuals considering a career change into sustainable water management.
• Community leaders and activists who wish to understand and advocate for Sustainable Drainage Systems.

Day 1

Introduction to Sustainable Drainage Systems (SuDS)

• Overview of Sustainable Drainage Systems: Definitions, objectives, and benefits.
• Importance of SuDS in flood mitigation and water quality enhancement.
• Understanding the hydrological cycle and the role of SuDS.
• Examples of SuDS components: permeable paving, swales, ponds, wetlands, etc.

Day 2

Design Principles for Sustainable Drainage Systems

• Developing a SuDS design: Integrating natural and engineered solutions.
• Stormwater Management: Understanding stormwater run-off and retention techniques.
• Site-specific considerations: Soil types, existing drainage, local regulations, etc.
• Use of overflow features  in SuDS design.

Day 3

Implementation and Construction of SuDS

• Understanding the implementation process: From planning to construction.
• Choosing materials and technologies for construction.
• Best practices for sustainable construction.
• Dealing with challenges and unforeseen circumstances during implementation.

Day 4

Maintenance and Monitoring of SuDS

• Long-term management strategies for SuDS.
• Regular maintenance routines for different SuDS components.
• Monitoring performance: Assessing flood mitigation and water quality improvements.
• Adjusting maintenance strategies based on monitoring results.

 Day 5

Integration and Future Trends

• Integrating SuDS into broader urban and rural planning.
• Regulatory context and compliance.
• The importance of community engagement: Education, consultation, and participation.
• Future trends in SuDS: Emerging technologies and shifting environmental challenges.
• Skills for the future: Essential skills for SuDS professionals in a changing climate.

RECTUS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration