Advanced Certificate in Data-Driven Energy Modeling for Buildings
-- ViewingNowAdvanced Certificate in Data-Driven Energy Modeling for Buildings: This certificate course is essential for professionals aiming to reduce energy consumption and costs in the building industry. With increasing demand for energy-efficient buildings, this course provides learners with critical skills in data-driven energy modeling, analysis, and visualization.
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⢠Data Analysis for Energy Modeling: This unit will cover data analysis techniques and tools used in energy modeling for buildings. Students will learn to collect, clean, and analyze data to create accurate energy models.
⢠Building Physics and Thermodynamics: This unit will cover the fundamental principles of building physics and thermodynamics, including heat transfer, moisture transport, and air flow. Students will learn how these principles impact energy consumption in buildings.
⢠Energy Modeling Software and Tools: This unit will introduce students to various energy modeling software and tools used in the industry. Students will learn how to use these tools to create accurate energy models for buildings.
⢠Advanced Energy Modeling Techniques: This unit will cover advanced energy modeling techniques, including dynamic simulation, building envelope analysis, and HVAC system optimization. Students will learn how to apply these techniques to improve the accuracy and effectiveness of their energy models.
⢠Building Energy Performance Metrics and Standards: This unit will cover various building energy performance metrics and standards, including ASHRAE 90.1, LEED, and Energy Star. Students will learn how to use these metrics and standards to evaluate the energy performance of buildings.
⢠Energy Code Compliance and Building Energy Efficiency: This unit will cover energy code compliance and building energy efficiency. Students will learn how to use energy modeling to demonstrate compliance with energy codes and regulations, and how to optimize building designs for energy efficiency.
⢠Renewable Energy Systems and Integration: This unit will cover renewable energy systems and integration, including solar, wind, and geothermal. Students will learn how to model and analyze the integration of renewable energy systems into building energy models.
⢠Energy Modeling for Building Retrofits and Renovations: This unit will cover energy modeling for building retrofits and renovations. Students will learn how to use energy modeling to evaluate the energy savings potential of different retrofit and renovation strategies.
⢠Data Visualization and Communication: This unit will cover data visualization and communication techniques for energy modeling. Students will learn how to effectively communicate energy modeling results to stakeholders using charts, graphs, and other visualization tools.
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