Course Outline

Module 1: Introduction to Building Energy Modeling

• Fundamentals of energy modeling and simulation
• Key performance indicators in building energy efficiency
• Overview of popular building energy modeling software (e.g., EnergyPlus, eQuest, IESVE)
• Regulatory requirements and green building standards (ASHRAE, LEED, BREEAM)
• Case Study: Energy modeling in high-performance building projects

Module 2: Thermal Performance and Building Envelope Simulation

• Understanding heat transfer, insulation, and thermal mass in buildings
• Impact of building orientation, shading, and glazing on energy performance
• Conducting thermal load calculations for heating and cooling optimization
• Evaluating passive design strategies for energy-efficient buildings
• Hands-on Activity: Running thermal simulations on different building designs

Module 3: HVAC System Modeling and Optimization

• Principles of HVAC energy modeling and system design
• Energy-efficient heating, ventilation, and air conditioning strategies
• Analyzing HVAC system performance under different operational conditions
• Advanced HVAC control strategies for energy conservation
• Hands-on Activity: Simulating HVAC energy consumption and efficiency

Module 4: Lighting and Renewable Energy Integration

• Energy modeling for lighting design and daylighting optimization
• Evaluating energy-efficient lighting systems and controls
• Integration of renewable energy sources (solar PV, wind) in building models
• Assessing the impact of energy storage and smart grid technologies
• Case Study: Using energy modeling to optimize renewable energy integration

Module 5: Practical Applications and Simulation-Based Decision Making

• Conducting whole-building energy simulations
• Comparing energy efficiency measures and their cost-effectiveness
• Interpreting simulation results to support decision-making
• Best practices for reporting and presenting energy modeling findings
• Hands-on Activity: Developing an energy model for an actual building project