Advanced Methods for Integrating Green Energy in Architecture
( 24 Modules )

Module #1
Introduction to Green Energy in Architecture
Overview of the importance of green energy in architecture, course objectives, and expected outcomes

Module #2
Building Physics and Energy Efficiency
Fundamentals of building physics, heat transfer, and energy efficiency principles

Module #3
Renewable Energy Sources for Buildings
Overview of solar, wind, hydro, and geothermal energy sources, and their applications in buildings

Module #4
Building-Integrated Photovoltaics (BIPV)
Design and implementation of BIPV systems, including building facades and roofs

Module #5
Solar Water Heating Systems
Design, installation, and maintenance of solar water heating systems for buildings

Module #6
Wind Energy in Buildings
Design and implementation of wind turbines in buildings, including vertical axis wind turbines

Module #7
Green Roofs and Walls
Design, implementation, and benefits of green roofs and walls, including urban heat island mitigation

Module #8
Energy Efficiency in Building Envelopes
Advanced materials and technologies for energy-efficient building envelopes

Module #9
Building Management Systems (BMS) for Energy Efficiency
Design, implementation, and optimization of BMS for energy-efficient buildings

Module #10
Energy Storage Systems for Buildings
Design, implementation, and benefits of energy storage systems, including batteries and fuel cells

Module #11
Microgrids and Energy Resilience
Design, implementation, and benefits of microgrids for energy resilience in buildings and communities

Module #12
Electric Vehicle Charging Infrastructure
Design, implementation, and benefits of electric vehicle charging infrastructure in buildings and urban planning

Module #13
Advanced HVAC Systems for Energy Efficiency
Design, implementation, and benefits of advanced HVAC systems, including heat pumps and radiant systems

Module #14
Passive House Design and Construction
Design principles, construction methods, and benefits of passive houses

Module #15
Building Information Modelling (BIM) for Energy Efficiency
Application of BIM for energy-efficient design, analysis, and construction

Module #16
Commissioning and Testing for Energy Efficiency
Commissioning and testing processes for energy-efficient buildings, including HVAC, lighting, and electrical systems

Module #17
Energy Modelling and Simulation
Energy modelling and simulation tools, including eQUEST, EnergyPlus, and OpenStudio

Module #18
Integration of Green Energy Systems
Strategies for integrating multiple green energy systems in buildings, including hybrid systems

Module #19
Designing for Net Zero Energy Buildings
Design principles, strategies, and case studies for net zero energy buildings

Module #20
Policy and Regulations for Green Energy in Architecture
Overview of policies, regulations, and incentives for green energy in architecture globally

Module #21
Economic and Financial Analysis of Green Energy Systems
Methods for economic and financial analysis of green energy systems in buildings

Module #22
Green Energy and Building Codes
Overview of building codes and standards for green energy systems, including ASHRAE and IECC

Module #23
Case Studies of Integrated Green Energy Systems
Real-world case studies of integrated green energy systems in buildings and communities

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Advanced Methods for Integrating Green Energy in Architecture career

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Advanced Methods for Integrating Green Energy in Architecture ( 24 Modules )

Advanced Methods for Integrating Green Energy in Architecture
( 24 Modules )