Course description
This comprehensive program is designed to help participants understand the nuances of Sustainable Drainage Systems (SuDS), with a specific focus on hydraulic design, implementation, and long-term management. Through a mixture of theory, practical examples, and emerging trends, we aim to equip you with the skills and knowledge required to excel in this field and contribute to sustainable water management practices.
Upcoming start dates
Upcoming start dates
Suitability - Who should attend?
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.
Outcome / Qualification etc.
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 conFixed and best practices in sustainable drainage systems.
- Appreciate the importance of community engagement and the integration of SuDS into broader urban and rural planning.
Training Course Content
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 conFixed 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.
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London Premier Centre
London Premier Centre is a UK leading training provider based in London and specialises in international short courses. Our inspiring, comprehensive portfolio of more than 400 professional development courses and seminars covers a wide range of professions from Administration, Leadership,...