Executive Development Programme in Energy-Efficient Building Energy Systems

• Energy-Efficient Building Design: This unit covers the fundamental principles of energy-efficient building design, focusing on minimizing energy consumption while maintaining occupant comfort and productivity. It includes topics such as building orientation, insulation, window design, and passive solar heating and cooling.
• Building Energy Systems: This unit explores various energy systems used in buildings, including heating, ventilation, and air conditioning (HVAC) systems, lighting, and plug loads. It also covers system integration, optimization, and controls.
• Renewable Energy Technologies: This unit introduces various renewable energy technologies used in buildings, including solar photovoltaics, solar thermal, geothermal, and wind power. It covers the principles of operation, system design, and integration with building energy systems.
• Energy Management and Monitoring: This unit covers the importance of energy management and monitoring in energy-efficient buildings. It includes topics such as energy data analysis, performance benchmarking, and continuous improvement strategies.
• Building Energy Codes and Standards: This unit provides an overview of building energy codes and standards, including their purpose, content, and implementation. It covers the latest codes and standards related to energy-efficient building design and operation.
• Building Information Modeling (BIM) and Energy Analysis: This unit explores the use of building information modeling (BIM) tools in energy analysis and building design optimization. It covers the principles of energy modeling, simulation, and visualization using BIM software.
• Energy-Efficient Lighting Design: This unit covers the principles of energy-efficient lighting design, including the use of LED lighting, daylighting, and lighting controls. It also covers the latest trends and technologies in energy-efficient lighting.
• Energy Storage and Demand Response: This unit introduces energy storage and demand response strategies for energy-efficient buildings. It covers the principles of energy storage technologies, demand response programs, and their integration with building energy systems.
• Life-Cycle Cost Analysis: This unit covers the principles of life-cycle cost analysis, including the economic evaluation of energy-efficient building design and operation. It includes topics such as cost-benefit analysis, payback period, and return on investment