This Sustainable Drainage and Green Infrastructure training course is essential for professionals involved in urban planning, civil engineering, water management, and environmental policy who seek innovative, practical solutions to modern infrastructure challenges. With growing urbanization, climate change, and increasing flood risks, this course equips participants with the tools and strategies to design resilient, eco-friendly drainage systems and integrate green infrastructure into both new and existing developments.
The training course provides a comprehensive overview of Sustainable Drainage Systems (SuDS) and Green Infrastructure (GI), focusing on their environmental, technical, and social benefits. Participants will explore design principles, performance criteria, policy frameworks, and real-world case studies to understand how SuDS and GI contribute to sustainable urban development, climate adaptation, and biodiversity enhancement. Interactive modules, group exercises, and hands-on planning sessions ensure that learners walk away with actionable insights and practical skills. Whether you're working in the public or private sector, this training empowers you to lead resilient infrastructure initiatives that meet regulatory, environmental, and community expectations.
This Energy Training Centre training course will highlight:
- Understand the principles and functions of Sustainable Drainage Systems (SuDS) and Green Infrastructure (GI)
- Learn to design and implement nature-based solutions for stormwater management
- Analyze real-life case studies from successful international projects
- Gain knowledge of relevant policies, standards, and compliance requirements
- Develop strategies for integrating SuDS and GI into urban masterplans and retrofitting projects
By the end of this Sustainable Drainage and Green Infrastructure training course, participants will learn to:
- Explain the principles of Sustainable Drainage Systems (SuDS) and Green Infrastructure (GI)
- Identify key environmental and urban challenges addressed by SuDS and GI
- Develop context-specific drainage and green infrastructure solutions
- Apply design approaches for effective stormwater management
- Assess the performance and impact of implemented systems
- Integrate SuDS and GI into planning and policy frameworks
This highly interactive training course is delivered through a combination of engaging presentations, real-world case studies, group discussions, and hands-on exercises. Participants will benefit from scenario-based learning, design workshops, and problem-solving activities that reflect current industry challenges. The methodology encourages active participation, peer-to-peer learning, and knowledge sharing in a supportive environment. Delegates will also work on practical applications of SuDS and green infrastructure in different planning contexts, enhancing both technical and strategic thinking.
Organizations that invest in this training course will benefit from improved technical capacity, strategic planning, and sustainable infrastructure implementation.
- Enhanced ability to design and implement sustainable drainage solutions
- Improved compliance with environmental and urban development standards
- Greater integration of green infrastructure into planning and operations
- Increased resilience to climate-related risks such as flooding and heat stress
- Stronger alignment with ESG, sustainability, and climate adaptation goals
- Improved stakeholder engagement and public perception of sustainable practices
Participants will gain practical knowledge, enhanced skills, and valuable insights that will strengthen their roles and advance their careers.
- Develop a solid understanding of SuDS and green infrastructure principles
- Enhance design and planning capabilities for sustainable projects
- Gain practical tools for addressing real-world environmental challenges
- Improve decision-making skills in infrastructure and land use planning
- Increased confidence in aligning projects with sustainability standards and policies
- Strengthen career prospects in climate-resilient and sustainable development sectors
This Sustainable Drainage and Green Infrastructure training course is suitable for a wide range of professionals involved in urban planning, infrastructure, environment, and development. It is designed to enhance the capacity of those seeking to integrate sustainable drainage and green infrastructure into practical projects and policy frameworks.
This training course is suitable for a wide range of professionals but will greatly benefit:
- Urban planners and development officers
- Civil and environmental engineers
- Architects and landscape designers
- Municipal and regional government officials
- Environmental consultants and sustainability specialists
- Water resource managers and stormwater professionals
- Construction project managers and developers
- Professionals involved in ESG, climate policy, and resilience planning
- Facility and infrastructure managers in both urban and rural settings
Day One: Introduction to Sustainable Drainage and Green Infrastructure
- Introduction
- Sustainable Infrastructure systems
- Sustainable Urban Development
- Sustainable Rural Development
- Sustainability – social, economic, and environmental issues
- What are SuDS?
- What is green and what is not?
- USGBC Policies and Strategic planning
Day Two: Sustainable Drainage System – PART 1
- Types of SuDS
- SuDS design standards
- Water Efficiency
- Outdoor Strategies
- Indoor Strategies
- Landscape design and SuDS
- Rainwater Management
Day Three: Sustainable Drainage System – PART 2
- SuDS and the design process
- Stage 1 - Concept Design
- Stage 2 - Outline Design
- Stage 3 - Detailed Design
- SuDS Components
- SuDS for Developers
- SuDS and Climate Change
- Multiple Benefits of SuDS
- Maintenance and management
Day Four: Green Infrastructure – PART 1
- Urban ecosystems and biodiversity
- Green Buildings
- Green House
- Urban heat island effect
- Energy Demand
- Energy Efficiency
- Use Renewable Energy
- Ongoing Performance
Day Five: Green Infrastructure – PART 2
- LEED
- Waste Management
- Materials and Resources
- Indoor Environmental Quality
- Climate change adaptation
