Module #1 Introduction to Energy Efficiency in Architecture Overview of the importance of energy efficiency in architecture and the role of architects in reducing energy consumption
Module #2 Energy Efficiency Fundamentals Understanding energy consumption patterns, energy sources, and building typologies
Module #3 Building Science and Thermal Comfort Principles of building science, thermal comfort, and indoor air quality
Module #4 Passive Design Strategies Introduction to passive design principles, including orientation, insulation, and natural ventilation
Module #5 Daylighting and Electric Lighting Designing for natural daylight and efficient electric lighting systems
Module #6 HVAC Systems and Energy Efficiency Overview of heating, ventilation, and air conditioning (HVAC) systems and their impact on energy efficiency
Module #7 Building Envelope and Insulation Designing the building envelope for energy efficiency, including walls, windows, and roofs
Module #8 Building Information Modelling (BIM) for Energy Efficiency Using BIM to analyze and optimize building energy performance
Module #9 Energy Efficiency Standards and Codes Overview of international and national energy efficiency standards and codes
Module #10 Energy Auditing and Benchmarking Conducting energy audits and benchmarking building energy performance
Module #11 Renewable Energy Systems Introduction to renewable energy systems, including solar, wind, and geothermal energy
Module #12 Energy Efficiency in Building Retrofits Strategies for improving energy efficiency in existing buildings
Module #13 Energy Efficiency in New Buildings Designing energy-efficient new buildings from the outset
Module #14 Commissioning and Testing Commissioning and testing energy-efficient systems and buildings
Module #15 Energy Efficiency in Different Climates Designing energy-efficient buildings for different climate zones and regions
Module #16 Energy Efficiency and Building Occupants The role of building occupants in maintaining energy efficiency and reducing energy consumption
Module #17 Energy Efficiency and Building Maintenance The importance of regular maintenance in ensuring energy-efficient building operation
Module #18 Energy Efficiency in Building Operations Strategies for optimizing building operations and reducing energy consumption
Module #19 Energy Efficiency and Building Management Systems (BMS) Using BMS to monitor and control building energy consumption
Module #20 Energy Efficiency and Green Building Certification Overview of green building certification schemes and their energy efficiency requirements
Module #21 Energy Efficiency Policy and Regulations Overview of international and national policies and regulations driving energy efficiency in buildings
Module #22 Energy Efficiency and Cost Savings The financial benefits of energy-efficient design and operation
Module #23 Energy Efficiency and Sustainability The relationship between energy efficiency and sustainability in architecture
Module #24 Case Studies in Energy-Efficient Design Real-world examples of energy-efficient building design and operation
Module #25 Designing for Net Zero Energy Buildings Strategies for designing buildings that produce as much energy as they consume
Module #26 Energy Efficiency and Resilience Designing energy-efficient buildings that can adapt to changing conditions and extreme weather events
Module #27 Energy Efficiency and Community Engagement The role of community engagement in promoting energy efficiency and sustainability
Module #28 Energy Efficiency and Building Information Systems (BIS) Using BIS to optimize building energy performance and operation
Module #29 Energy Efficiency and Artificial Intelligence (AI) The potential of AI in optimizing building energy consumption and improving energy efficiency
Module #30 Course Wrap-Up & Conclusion Planning next steps in Designing for Energy Efficiency in Architecture career
