Executive Development Programme in Thermal Comfort Control Strategies
-- ViewingNowThe Executive Development Programme in Thermal Comfort Control Strategies is a certificate course designed to empower professionals with the knowledge and skills necessary to optimize thermal comfort in built environments. This program is critical for professionals in the construction, architecture, and engineering industries, where there is a growing demand for experts who can design and manage energy-efficient, comfortable spaces.
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⢠Thermal Comfort Fundamentals: Understanding the principles of thermal comfort, including human physiology, psychology, and environmental factors that influence comfort.
⢠Thermal Comfort Measurement and Evaluation: Techniques and tools for measuring and evaluating thermal comfort, including the use of temperature, humidity, air velocity, and radiant temperature sensors, as well as comfort surveys and indices.
⢠Building Design and Thermal Comfort: Strategies for integrating thermal comfort into building design, including building orientation, envelope design, window placement, and shading.
⢠HVAC Systems and Thermal Comfort: The role of HVAC systems in maintaining thermal comfort, including system selection, design, and operation, as well as control strategies and energy efficiency.
⢠Natural Ventilation and Thermal Comfort: The use of natural ventilation strategies to maintain thermal comfort, including building orientation, window placement, and shading, as well as stack and cross ventilation.
⢠Thermal Comfort in Special Applications: Thermal comfort in special applications, such as healthcare facilities, laboratories, and industrial settings, as well as strategies for addressing unique thermal comfort challenges in these environments.
⢠Thermal Comfort and Sustainability: The relationship between thermal comfort and sustainability, including strategies for designing high-performance buildings that balance energy efficiency, occupant comfort, and environmental impact.
⢠Thermal Comfort Control Strategies: Advanced thermal comfort control strategies, including adaptive thermal comfort, personal comfort systems, and climate-based design.
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