Essential Principles of HVAC and Gas System Design

Designing safe, comfortable, and energy-efficient indoor spaces requires a solid grasp of heating, ventilation, and gas supply principles. This course provides the foundational engineering knowledge needed to understand, analyze, and contribute to the planning and design of essential thermal and air handling systems in buildings. What you'll learn: * Understand the fundamental physics governing heat transfer, air movement, and thermodynamic processes in built environments. * Master calculation methods for determining heating and cooling loads, airflow requirements, and duct sizing. * Apply modern energy efficiency strategies and basic optimization techniques for sustainable HVAC operation. * Configure safe and compliant domestic gas supply systems, focusing on pressure regulation and combustion safety standards. * Analyze the role of smart controls and automation in optimizing system performance and indoor air quality. * Practice selecting appropriate equipment and materials (boilers, fans, piping) based on design specifications. The course begins with core terminology and physical concepts before moving into practical calculation techniques and component selection. We conclude by examining modern standards for efficiency and system control. This course is designed for absolute beginners, including students or professionals new to building systems engineering, architecture, or construction management. No prior engineering knowledge is required. Start reading today to lay the groundwork for expertise in essential building infrastructure.