Executive Development Programme in Façade Thermal Comfort
-- ViewingNowThe Executive Development Programme in Façade Thermal Comfort is a certificate course designed to provide learners with the essential skills needed to excel in the field of building design and energy efficiency. This program focuses on the importance of thermal comfort in facades, which is a critical aspect of sustainable building design.
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⢠Fundamentals of Façade Thermal Comfort: An introduction to the principles of façade thermal comfort, including the physics of heat transfer and the factors affecting indoor thermal comfort.
⢠Building Physics and Façade Design: Understanding the relationship between building physics, façade design, and thermal comfort, including the impact of solar gain, air infiltration, and thermal mass.
⢠Façade Materials and Thermal Performance: An exploration of the thermal properties of common façade materials, including insulation, glazing, and cladding, and their impact on thermal comfort.
⢠Thermal Modeling and Simulation: The use of thermal modeling and simulation tools to predict and analyze the thermal performance of façades and buildings.
⢠Façade Retrofit and Upgrade Techniques: Strategies for improving the thermal performance of existing facades, including retrofit insulation, glazing replacement, and shading systems.
⢠Codes, Regulations, and Certifications: A review of relevant building codes, regulations, and certifications related to façade thermal comfort, including LEED, WELL, and Passive House.
⢠Case Studies and Best Practices: Analysis of real-world case studies and best practices for designing and implementing façades that provide optimal thermal comfort.
⢠Occupant Behavior and Thermal Comfort: Understanding the impact of occupant behavior on thermal comfort and the role of façade design in influencing occupant behavior.
⢠Sustainable Façade Design and Thermal Comfort: Integrating sustainable design principles with thermal comfort considerations to create high-performance façades that minimize energy consumption and carbon emissions.
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