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Sustainable Urban Water Systems Course

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Environment and Sustainability

Environment

Sustainable Urban Water Systems Course

For all levels

Sustainable Urban Water Systems Course

Name: Sustainable Urban Water Systems Course
Price: 264 CAD

Master the full spectrum of sustainable urban water management — from green infrastructure and flood resilience to water reuse and circular economy principles. This course equips water professionals and planners with the technical frameworks, decision tools, and strategic skills needed to design, manage, and future-proof urban water systems in a changing climate.

Dedika for Business

What you will learn:

Analyze urban water cycles and map interdependencies across supply, wastewater, and stormwater subsystems.
Apply sustainability frameworks — including life cycle assessment and equity metrics — to evaluate water infrastructure decisions.
Design green infrastructure and low-impact development solutions to manage stormwater and improve urban water quality.
Evaluate water reuse pathways, desalination options, and decentralized supply systems using fit-for-purpose quality standards.
Develop integrated urban water management plans using multi-criteria decision analysis and stakeholder engagement methods.
Assess climate risks, build adaptive planning pathways, and strengthen utility resilience against floods, droughts, and emerging contaminants.

How you study in practice Sustainable Urban Water Systems Course

How you practise Sustainable Urban Water Systems Course

For companies looking to train their team

With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course Content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Urban Water Systems

Lesson 1 • Urban Water Cycle Fundamentals
Covers the natural and engineered water cycle within city environments. Anchors all subsequent system analysis in hydrological principles.
Lesson 2 • Drinking Water Supply Infrastructure
Examines source water, treatment, storage, and distribution components. Connects supply reliability to system design choices.
Lesson 3 • Stormwater Management Overview
Introduces stormwater as a distinct urban water stream requiring management. Establishes the rationale for integrated drainage design.
Lesson 4 • System Interdependencies and Stakeholders
Maps relationships among supply, wastewater, and stormwater subsystems. Identifies key institutional actors and their roles.
Lesson 5 • Wastewater Collection and Treatment
Describes sewer network types and treatment train stages. Links collection design to effluent quality outcomes.

Chapter 2See details

Sustainability Principles in Water Management

Lesson 1 • Governance Frameworks for Sustainable Water
Reviews institutional models that enable or hinder sustainable water management. Links governance structure to long-term system performance.
Lesson 2 • Defining Sustainability in Water Context
Introduces triple-bottom-line and planetary boundary frameworks as applied to water. Grounds sustainability vocabulary in water-specific metrics.
Lesson 3 • Water-Energy-Food Nexus
Examines resource interdependencies that constrain sustainable water choices. Enables cross-sector impact assessment in planning.
Lesson 4 • Social Equity and Water Access
Addresses disparities in water service quality and affordability across urban populations. Connects equity analysis to sustainable system design.
Lesson 5 • Environmental Sustainability Metrics
Introduces quantitative tools for measuring ecological impact of water systems. Provides a basis for comparing design alternatives.

Chapter 3See details

Water Demand Management and Conservation

Lesson 1 • Pricing and Economic Incentives
Examines rate structures and financial incentives that drive conservation behavior. Links pricing design to demand elasticity outcomes.
Lesson 2 • Water Efficiency Technologies
Surveys efficient fixtures, appliances, and industrial processes that reduce potable demand. Connects technology selection to measurable savings.
Lesson 3 • Non-Revenue Water Reduction
Addresses physical and commercial losses that inflate system demand. Provides tools for loss auditing and prioritized intervention.
Lesson 4 • Conservation Program Design and Evaluation
Guides development of utility-scale conservation programs with measurable targets. Closes the chapter by integrating demand analysis with program outcomes.
Lesson 5 • Urban Water Demand Analysis
Covers methods for disaggregating demand by sector, end use, and time. Establishes the analytical baseline for conservation planning.

Chapter 4See details

Green Infrastructure and Low-Impact Development

Lesson 1 • Bioretention and Rain Gardens
Covers design, sizing, and media specification for bioretention cells. Demonstrates pollutant removal and volume reduction performance.
Lesson 2 • Green Infrastructure Performance Monitoring
Provides methods for measuring hydrological and water quality performance of installed practices. Enables evidence-based adaptive management of green infrastructure.
Lesson 3 • Urban Tree Canopy and Riparian Buffers
Addresses vegetation-based strategies for interception, infiltration, and stream protection. Links canopy and buffer design to watershed-scale outcomes.
Lesson 4 • Principles of Low-Impact Development
Introduces LID philosophy of mimicking pre-development hydrology at the source. Establishes design principles that guide all subsequent green infrastructure topics.
Lesson 5 • Permeable Pavements and Green Roofs
Examines surface-based LID practices suited to dense urban environments. Connects structural constraints to appropriate practice selection.

Chapter 5See details

Water Reuse and Alternative Supply Systems

Lesson 1 • Fit-for-Purpose Water Quality Framework
Establishes the principle of matching water quality to end-use requirements. Provides the conceptual basis for all reuse system design decisions.
Lesson 2 • Potable Water Reuse Pathways
Examines indirect and direct potable reuse treatment trains and regulatory requirements. Addresses public acceptance challenges alongside technical design.
Lesson 3 • Recycled Water Systems
Covers treatment, distribution, and applications for non-potable recycled water. Connects system design to irrigation, industrial, and environmental flow uses.
Lesson 4 • Desalination as a Supply Option
Evaluates reverse osmosis and thermal desalination for coastal urban water supply. Balances supply reliability benefits against energy and brine disposal impacts.
Lesson 5 • Rainwater Harvesting and Greywater Reuse
Covers decentralized collection and treatment of rainwater and greywater at building scale. Links small-scale reuse to potable demand reduction outcomes.

Chapter 6See details

Urban Flood Risk and Resilience Planning

Lesson 1 • Climate Change Impacts on Urban Drainage
Examines how changing precipitation patterns alter flood risk and drainage performance. Connects climate projections to design standard revisions.
Lesson 2 • Integrated Flood Management Strategies
Covers the spectrum from source control to emergency response in flood management. Integrates green and gray infrastructure into layered flood defense.
Lesson 3 • Urban Flood Hazard Assessment
Introduces methods for mapping and quantifying flood hazard in urban catchments. Provides the risk baseline required for resilience planning.
Lesson 4 • Sponge City and Water-Sensitive Design
Introduces sponge city concepts and water-sensitive urban design as planning frameworks. Links spatial planning decisions to flood and water quality outcomes.
Lesson 5 • Resilience Metrics and Adaptive Planning
Provides quantitative and qualitative metrics for measuring urban water resilience. Enables iterative adaptive planning under uncertainty.

Chapter 7See details

Water Quality Protection and Monitoring

Lesson 1 • Water Safety Planning
Introduces the water safety plan methodology for systematic risk management. Integrates hazard identification, control measures, and verification into one framework.
Lesson 2 • Drinking Water Quality Monitoring
Covers regulatory monitoring requirements and sampling design for distribution systems. Links monitoring data to operational decision-making.
Lesson 3 • Urban Stormwater Pollutant Management
Identifies key stormwater pollutants and their treatment in urban drainage systems. Connects pollutant source control to receiving water quality protection.
Lesson 4 • Source Water Protection Strategies
Covers catchment-scale approaches to preventing contamination of drinking water sources. Establishes the first-barrier principle in multi-barrier water safety.
Lesson 5 • Wastewater Effluent Quality Control
Addresses effluent quality standards and process control for wastewater treatment plants. Connects operational adjustments to compliance outcomes.

Chapter 8See details

Integrated Urban Water Management Planning

Lesson 1 • Plan Implementation and Performance Review
Establishes implementation governance, monitoring, and review cycles for integrated plans. Closes the planning loop with adaptive management mechanisms.
Lesson 2 • Multi-Criteria Decision Analysis
Applies structured decision tools to evaluate competing water management options. Enables transparent, defensible selection among complex alternatives.
Lesson 3 • Stakeholder Engagement in Water Planning
Designs inclusive engagement processes for diverse urban water stakeholders. Connects community input to plan legitimacy and implementation success.
Lesson 4 • Capital Investment Planning and Prioritization
Covers asset condition assessment, gap analysis, and capital program development. Links technical needs to financially sustainable investment schedules.
Lesson 5 • Integrated Planning Frameworks
Reviews established frameworks for coordinating supply, wastewater, and stormwater planning. Provides the structural template for integrated plan development.

Certification

Your valid completion certificate

This course is for you:

Municipal water engineers: ready to lead sustainability-focused infrastructure projects.
Urban planners: integrating water resilience into city development and land use.
Environmental consultants: expanding expertise into integrated water system strategy.
Water utility managers: seeking tools to modernize operations and long-term planning.
Civil engineering graduates: transitioning into urban water and stormwater management.
Policy analysts: working on water governance, climate adaptation, or resource equity.

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