Global Certificate in Building Performance Analysis: Strategic Insights
-- ViewingNowThe Global Certificate in Building Performance Analysis: Strategic Insights is a comprehensive course that addresses the growing industry demand for professionals skilled in building performance analysis. This certification equips learners with essential skills to optimize building energy use, reduce operational costs, and improve overall building performance.
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⢠Building Energy Modeling: Fundamentals of building energy simulation, model calibration, and validation. Understanding of different simulation tools and their applications.
⢠Thermal Comfort and Indoor Air Quality: Principles of human comfort in the built environment, thermal comfort modeling, and IAQ assessment.
⢠Daylighting and Electric Lighting Design: Daylighting principles, advanced electric lighting design techniques, and integration of daylight with electric lighting systems.
⢠Energy Efficiency Measures and Strategies: Identification and evaluation of energy efficiency measures and strategies in building systems, including HVAC, envelopes, and renewable energy systems.
⢠Building Performance Analysis Workflow: Establishing a systematic and comprehensive approach to building performance analysis, including data collection, modeling, simulation, and post-processing.
⢠Codes and Standards: Overview of building energy codes and standards, including ASHRAE 90.1, IECC, and LEED.
⢠Advanced Building Systems: In-depth analysis of advanced building systems, including radiant heating and cooling, chilled beams, and natural ventilation.
⢠Monitoring and Verification: Techniques for measuring and verifying building performance, including monitoring strategies, data analysis, and fault detection and diagnosis.
⢠Whole Building Design: Integrated design approach for optimizing building performance, including collaboration, communication, and coordination among design team members.
⢠Sustainability and Resilience: Understanding of sustainability and resilience in building design and operation, including life-cycle assessment, embodied energy, and adaptive reuse.
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