Bioretention Design: Performance, Longevity, and Sustainability - 10 PDH
Course Description
Bioretention systems play a crucial role in sustainable stormwater management, reducing runoff, improving water quality, and enhancing urban resilience. This course provides a comprehensive guide to designing, implementing, and maintaining bioretention facilities for long-term performance. Participants will explore design principles, best practices, and innovative techniques to optimize bioretention systems for diverse environmental conditions. Whether you're an engineer, landscape architect, or stormwater professional, this course equips you with practical knowledge and tools to create efficient and sustainable bioretention solutions.
Course Outline
1. Introduction to Bioretention Systems
• Overview of green stormwater infrastructure
• Bioretention benefits and applications
2. Bioretention Design Elements
• Soil media composition and infiltration rates
• Vegetation selection and establishment
• System sizing and hydrologic performance
3. Holistic Design Principles
• Site-specific considerations and adaptability
• Urban heat mitigation and environmental benefits
• Community engagement and equity in stormwater design
4. Runoff Capture and Pretreatment
• Inlet types and drainage considerations
• Sediment and pollutant filtration strategies
5. Engineering and Performance Optimization
• Hydrologic modeling and water quality performance
• Designing for longevity and resilience
6. Construction and Maintenance Best Practices
• Site preparation and installation guidelines
• Long-term operation and maintenance strategies
7. Innovative Approaches and Case Studies
• Emerging trends in bioretention design
• Real-world applications and success stories
This course includes a multiple-choice quiz at the end, which is designed to enhance the understanding of the course materials.
Learning Objective
At the conclusion of this course, the student will:
· Understand the fundamentals of bioretention and green stormwater infrastructure.
· Apply best practices in bioretention system design and implementation.
· Select appropriate soil media and vegetation for optimal stormwater treatment.
· Analyze hydrologic performance and infiltration rates.
· Integrate holistic design principles for enhanced system longevity.
· Optimize runoff capture and pretreatment methods.
· Identify strategies for pollutant removal and sediment control.
· Assess site conditions and develop adaptable bioretention plans.
· Explore innovative engineering solutions to enhance performance.
· Implement construction techniques that ensure successful system function.
· Develop effective maintenance plans for long-term resilience.
· Utilize case studies to inform bioretention design strategies.
· Recognize the importance of community engagement in stormwater management.
Intended Audience
This course is designed for civil engineers, landscape architects, stormwater management professionals, and environmental consultants involved in urban infrastructure and green stormwater solutions.
Benefit for Attendee
Participants will gain a deep understanding of bioretention design principles, equipping them to create high-performing, cost-effective stormwater management systems. This knowledge will help professionals enhance water quality, reduce urban flooding, and contribute to resilient, sustainable communities.
Course Introduction
Stormwater management is evolving, and bioretention systems are at the forefront of sustainable infrastructure. This course introduces the principles of bioretention, guiding participants through design elements, engineering strategies, and best practices for long-term system performance. By integrating holistic design concepts, participants will learn to develop resilient and efficient bioretention facilities that enhance water quality and urban sustainability