Advanced Building Energy Simulation
( 25 Modules )

Module #1
Introduction to Building Energy Simulation
Overview of building energy simulation, importance, and applications

Module #2
Fundamentals of Building Physics
Heat transfer, radiation, conduction, convection, and mass transport

Module #3
Energy Modeling Software Overview
Comparison of popular energy modeling software (e.g., EnergyPlus, OpenStudio, eQUEST)

Module #4
Building Geometry and Layout
Creating and importing building geometries, spaces, and zones

Module #5
Material Properties and Construction
Defining material properties, U-values, and construction assemblies

Module #6
Fenestration and Daylighting
Modeling windows, shading devices, and daylighting analysis

Module #7
HVAC Systems and Plant Modeling
Modeling HVAC systems, chillers, boilers, and heat recovery systems

Module #8
Lighting Systems and Controls
Modeling lighting systems, schedules, and controls

Module #9
Plug Loads and Equipment Modeling
Modeling plug loads, equipment, and miscellaneous electric loads

Module #10
Water Use and Water Heating Systems
Modeling water use, water heating systems, and graywater reuse

Module #11
Renewable Energy Systems and On-Site Generation
Modeling solar, wind, and other on-site renewable energy systems

Module #12
Energy Efficiency Measures and Retrofits
Modeling energy efficiency measures, retrofits, and building upgrades

Module #13
Energy Storage and Thermal Mass
Modeling energy storage systems, thermal mass, and phase change materials

Module #14
Building Occupancy and Schedules
Modeling building occupancy, schedules, and user behavior

Module #15
Weather Data and Climate Zones
Understanding weather data, climate zones, and their impact on energy use

Module #16
Model Calibration and Validation
Calibrating and validating energy models using measurement and verification techniques

Module #17
Uncertainty Analysis and Sensitivity Studies
Conducting uncertainty analysis and sensitivity studies using energy models

Module #18
Optimization and Parametric Analysis
Optimizing building design and operation using parametric analysis and optimization techniques

Module #19
Energy Model Debugging and Error Handling
Debugging and troubleshooting common energy model errors and issues

Module #20
Case Studies and Applications
Real-world case studies and applications of advanced building energy simulation

Module #21
Energy Efficiency Policy and Regulation
Understanding energy efficiency policy, regulations, and building codes

Module #22
Building Commissioning and Quality Assurance
The role of energy modeling in building commissioning and quality assurance

Module #23
Advanced Topics in Energy Modeling
Exploring advanced topics in energy modeling, such as co-simulation and machine learning

Module #24
Best Practices and Industry Standards
Industry standards, best practices, and guidelines for energy modeling and simulation

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Building Energy Simulation career

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Advanced Building Energy Simulation ( 25 Modules )

Advanced Building Energy Simulation
( 25 Modules )