Heating System Design for Residential Buildings and Garages

Designing effective heating systems is crucial for occupant comfort and energy efficiency in modern residential construction. This course provides a comprehensive introduction to foundational heating system design, equipping you with the knowledge to calculate heat loads, select appropriate equipment, and prepare professional technical documentation. This course will transform you from a novice into someone capable of interpreting architectural plans and designing functional, efficient heating infrastructure. What you'll learn: * Understand the physics of heat transfer and perform accurate heat loss calculations for various building zones. * Design hydronic heating systems using modern approaches like manifold distribution and two-pipe riser schemes. * Select and size common terminal units, including radiators, trench convectors, and radiant underfloor heating. * Apply specialized design techniques for non-residential spaces, such as air heating systems for attached parking structures. * Analyze basic concepts of zoning and automatic temperature control for optimized energy usage and efficiency. * Practice structuring technical documentation and scheduling equipment lists for a complete heating project. The course begins with foundational concepts and terminology, progressing through detailed calculation methods and system component selection, concluding with practical exercises in project documentation. This course is designed for absolute beginners interested in mechanical, electrical, and plumbing (MEP) engineering, building services, or construction management. No prior knowledge of HVAC or engineering is required. Start building your expertise in crucial building systems today.