Advanced Certificate in Thermal Comfort Design Principles

Name: Advanced Certificate in Thermal Comfort Design Principles
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The Advanced Certificate in Thermal Comfort Design Principles is a comprehensive course that equips learners with essential skills in thermal comfort design. This certification program emphasizes the importance of thermal comfort in building design, which significantly impacts occupant well-being, productivity, and energy efficiency.

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Über diesen Kurs

In an industry where sustainable and energy-efficient design principles are increasingly in demand, this course provides learners with the knowledge and skills to meet these needs. By understanding and applying advanced thermal comfort design principles, learners can create healthier, more comfortable indoor environments while reducing energy consumption. This certificate course is essential for building professionals, architects, engineers, and interior designers seeking to advance their careers in sustainable design. Through hands-on training and real-world applications, learners will develop a deep understanding of thermal comfort principles, building physics, and HVAC system design. By completing this course, learners will be well-positioned to meet the growing industry demand for professionals with expertise in thermal comfort design.

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Kursdetails

• Fundamentals of Thermal Comfort: This unit will cover the basics of thermal comfort, including the definition, key factors influencing thermal comfort, and the concept of thermal comfort zones.
• Thermal Comfort Models and Standards: This unit will delve into the most widely used thermal comfort models and standards, such as the Predicted Mean Vote (PMV) and Predicted Percentage of Dissatisfied (PPD) models, and ASHRAE Standard 55.
• Building Envelope Design for Thermal Comfort: This unit will explore the role of building envelope design in thermal comfort, including insulation, air barriers, window design, and glazing options.
• HVAC Systems and Thermal Comfort: This unit will cover the impact of HVAC systems on thermal comfort, including the design and selection of HVAC equipment, system sizing, and control strategies.
• Natural Ventilation and Thermal Comfort: This unit will examine the use of natural ventilation to enhance thermal comfort, including the principles of wind-driven and buoyancy-driven natural ventilation.
• Radiant Systems and Thermal Comfort: This unit will explore the role of radiant systems in thermal comfort, including radiant floor, wall, and ceiling systems, and their impact on indoor environmental quality.
• Lighting and Thermal Comfort: This unit will cover the impact of lighting on thermal comfort, including the role of lighting design, color temperature, and lighting control strategies.
• Sustainability and Thermal Comfort: This unit will examine the relationship between sustainability and thermal comfort, including the use of energy-efficient design strategies, renewable energy systems, and life-cycle cost analysis.
• Thermal Comfort in Special Applications: This unit will explore thermal comfort in special applications, such as healthcare facilities, laboratories, and educational buildings.

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