Modern Ventilation and Air Conditioning Systems Engineering

Creating comfortable and healthy indoor environments requires a deep understanding of modern climate control technologies. This course provides a clear, structured path to mastering the core principles of ventilation, air conditioning, and industrial cooling. You will transition from a beginner to understanding how to analyze and plan efficient HVAC systems, learning how air behaves in ducts, how conditioning cycles work, and how large-scale cooling systems operate in modern buildings. What you'll learn: First, understand the foundational physics of aerodynamics in ventilation duct networks. Second, apply air conditioning principles to control temperature, humidity, and indoor air quality. Third, analyze industrial cooling solutions, focusing on chillers and dry coolers. Fourth, evaluate modern energy-efficiency standards and eco-friendly refrigerant alternatives. Fifth, learn basic ventilation schemes using calculations for airflow and pressure drop. Sixth, explore smart control strategies for automated indoor climate management. Starting with essential terminology and the physics of air, this course guides you through ventilation aerodynamics, thermodynamic cycles, and large-scale cooling equipment, concluding with modern sustainability practices. Designed for beginning engineers, facility managers, and students, this course requires no prior HVAC experience. Start building your foundational knowledge of indoor climate systems today.