Air Conditioning System Design and Heat Load Calculation

Creating comfortable indoor environments requires more than just installing equipment; it demands a precise understanding of thermal dynamics and system capacity. This course provides a clear path from fundamental thermodynamics to professional heat load estimation, enabling you to accurately size and select the right air conditioning components for any project. You will transition from learning basic physics to applying technical formulas used by industry professionals. By the end of the material, you will be able to assess building requirements and design climate control solutions that balance comfort with energy performance. What you'll learn: - Understand the fundamental principles of the refrigeration cycle and psychrometrics. - Calculate heating and cooling loads by analyzing building materials, occupancy, and climate data. - Evaluate different system types, including modern Variable Refrigerant Flow (VRF) technology. - Apply energy efficiency metrics and explore the impact of smart building controls on HVAC performance. - Select appropriate equipment based on calculated peak loads and ventilation requirements. - Practice sizing ductwork and determining airflow patterns for optimal comfort distribution. Starting with core terminology and essential physics, the course moves through detailed calculation methodologies and concludes with modern industry standards for sustainable system design. You will read through practical examples that illustrate how to handle real-world design challenges. This course is designed for beginners, aspiring HVAC technicians, or building designers who want to understand the mechanics of climate control without any prior engineering experience. Start building your technical foundation in climate control today.