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Table of Contents
Table of Contents
Thermal systems and HVAC engineering sit at the intersection of physics, fluid mechanics, and building science, shaping the comfort, safety, and energy performance of every built environment. Professionals who understand these systems from first principles can design, analyze, and optimize installations that serve occupants reliably while minimizing energy consumption.
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Buildings account for a substantial share of global energy use, and heating, ventilation, and air conditioning systems are among the largest contributors within that category. Engineers, technicians, and facility managers who can apply thermodynamic principles, select appropriate equipment, and commission systems correctly are in high demand across commercial construction, industrial facilities, and sustainable building retrofit projects. This course builds that capability from the ground up, progressing from core thermodynamic theory through psychrometrics, load calculations, equipment selection, controls, refrigeration, ductwork design, commissioning, and energy auditing.
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What You Will Learn
1Learn the foundational principles of thermodynamics and heat transfer as they apply to HVAC and thermal system design.
2Understand psychrometrics and how air properties govern comfort, moisture control, and equipment sizing.
3Apply heating and cooling load calculation methods to accurately size HVAC systems for residential and commercial buildings.
4Explore refrigeration cycles, components, and refrigerant selection for mechanical cooling systems.
5Understand air distribution system design including ductwork sizing, static pressure, and airflow balancing.
6Analyze hydronic heating and cooling systems including piping design, pump selection, and system balancing.
7Discover ventilation standards, indoor air quality requirements, and filtration strategies for healthy buildings.
8Implement HVAC controls and building automation systems to achieve precise environmental management.
9Develop skills in HVAC system commissioning, testing, adjusting, and balancing procedures.
10Understand energy auditing, efficiency metrics, and retrofit strategies for improving thermal system performance.
11Explore sustainable HVAC technologies including heat pumps, geothermal systems, and solar thermal integration.
12Build proficiency in HVAC project documentation, specifications, and professional engineering practice standards.
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