Green Building Technologies in Urban Resilience Planning
( 24 Modules )

Module #1
Introduction to Urban Resilience Planning
Overview of urban resilience planning, importance of green building technologies, and course objectives

Module #2
Understanding Green Building Technologies
Definition, principles, and benefits of green building technologies; types of green buildings

Module #3
Sustainable Building Materials
Characteristics, benefits, and examples of sustainable building materials; life cycle assessment

Module #4
Energy Efficiency in Buildings
Building envelope design, HVAC systems, lighting, and renewable energy sources

Module #5
Water Conservation and Management
Water-efficient fixtures, greywater reuse, rainwater harvesting, and water-sensitive urban design

Module #6
Indoor Air Quality and Ventilation
Importance of indoor air quality, natural and mechanical ventilation strategies

Module #7
Waste Management and Reduction
Waste reduction strategies, recycling, composting, and minimization of construction waste

Module #8
Building Information Modelling (BIM) for Green Buildings
Introduction to BIM, green building design, and analysis using BIM

Module #9
Green Building Rating Systems
Overview of popular green building rating systems (e.g., LEED, WELL, BREEAM)

Module #10
Urban Heat Island Mitigation Strategies
Causes and effects of urban heat islands, mitigation strategies, and green infrastructure

Module #11
Flood-Resilient Design and Construction
Design and construction strategies for flood-resilient buildings and cities

Module #12
Urban Forestry and Green Infrastructure
Importance of urban forestry, green infrastructure, and ecosystem services

Module #13
Transportation and Land Use Planning
Sustainable transportation options, transit-oriented development, and land use planning

Module #14
Disaster Risk Reduction and Recovery
Disaster risk reduction strategies, post-disaster recovery, and green building reconstruction

Module #15
Community Engagement and Participation
Importance of community engagement, participatory planning, and stakeholder involvement

Module #16
Economic and Financial Benefits of Green Buildings
Cost-benefit analysis, return on investment, and financing options for green buildings

Module #17
Policy and Regulatory Frameworks for Green Buildings
Overview of international, national, and local policies and regulations supporting green buildings

Module #18
Case Studies in Green Building Technologies
Real-world examples of successful green building projects and urban resilience planning

Module #19
Green Building Technologies in Developing Countries
Challenges and opportunities for green building adoption in developing countries

Module #20
Innovations in Green Building Materials and Technologies
Emerging trends and innovations in green building materials and technologies

Module #21
Building Commissioning and Operation
Importance of building commissioning, operation, and maintenance for optimal performance

Module #22
Data-Driven Decision Making for Urban Resilience
Role of data analytics, IoT, and big data in urban resilience planning and green building design

Module #23
Collaboration and Partnerships for Urban Resilience
Importance of collaboration, partnerships, and stakeholder engagement for urban resilience planning

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Green Building Technologies in Urban Resilience Planning career

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Green Building Technologies in Urban Resilience Planning ( 24 Modules )

Green Building Technologies in Urban Resilience Planning
( 24 Modules )