Designing HVAC Distribution and Delivery Systems

Efficient building design relies heavily on how well heating, ventilation, and air conditioning systems move energy where it is needed. Understanding the principles of fluid and airflow distribution is essential for creating comfortable, energy-efficient indoor environments. This written course guides you through the fundamental engineering and design principles of HVAC delivery systems. You will transition from understanding basic fluid dynamics to planning practical air duct networks and hydronic piping layouts that meet modern building standards. What you'll learn: - Understand foundational HVAC terminology, fluid dynamics, and thermodynamic principles. - Design efficient air distribution systems, including duct sizing and fan selection. - Configure hydronic piping networks for hot and chilled water delivery. - Apply modern energy-efficiency standards and decarbonization strategies to system design. - Analyze pressure drops and system curves to optimize pump and fan performance. - Practice calculations for heating and cooling load distribution using clear, step-by-step written examples. The course starts with essential terminology and physical laws before moving systematically through air-side design, water-side piping, and modern control integrations. You will work through written design scenarios and practical calculation exercises to solidify your engineering knowledge. This course is designed for aspiring building systems designers, architectural students, and beginners looking to enter the HVAC industry, with no prior engineering degree required. Start reading today to build a strong foundation in modern building energy distribution.