Global Certificate in High-Performance Building Pathology
-- ViewingNowThe Global Certificate in High-Performance Building Pathology is a comprehensive course that addresses the growing industry demand for experts who can identify, analyze, and solve building performance issues. This certificate program emphasizes a systematic and holistic approach to building diagnostics, focusing on energy efficiency, durability, and occupant health and comfort.
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⢠Building Pathology Fundamentals: Understanding the interdisciplinary approach to building pathology, common building failures, and the impact of building pathology on the environment and human health.
⢠Building Envelope Science: Exploring the building envelope's components, systems, and functions, focusing on thermal performance, air tightness, and moisture management.
⢠High-Performance Building Design: Examining the principles and practices of high-performance building design, including passive solar design, daylighting, and natural ventilation.
⢠Building Materials and Assemblies: Investigating the properties, performance, and selection of sustainable building materials and assemblies for high-performance buildings.
⢠Energy Efficiency and Conservation: Understanding energy efficiency principles, building energy modeling, and implementing energy conservation measures in high-performance buildings.
⢠Indoor Environmental Quality: Focusing on the relationship between building design, construction, and operation and indoor environmental quality, including ventilation, thermal comfort, lighting, and acoustics.
⢠Building Systems Integration: Exploring the integration of building systems, such as HVAC, electrical, plumbing, and renewable energy systems, in high-performance buildings.
⢠Building Performance Evaluation and Monitoring: Examining the methods and tools for measuring, analyzing, and optimizing building performance, including post-occupancy evaluation and continuous monitoring.
⢠Sustainability and Resilience: Understanding the principles of sustainable and resilient design, including life-cycle assessment, climate change adaptation, and disaster risk reduction.
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