4.75
(4 Ratings)

HVAC Engineer/Technician Rudiments

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About Course

This comprehensive HVAC training program equips aspiring technicians and engineers with foundational to advanced knowledge in heating, ventilation, air conditioning, and refrigeration systems. Covering thermodynamics, system components, refrigeration cycles, airflow dynamics, electrical systems, safety protocols, system installation, diagnostics, and energy efficiency, the course blends theory with practical applications to prepare learners for real-world HVAC challenges across residential, commercial, and industrial settings.

Course Content

Part 1: Beginners Level
The beginner level of the HVAC Engineer/Technician course introduces foundational concepts essential for understanding HVAC systems. It covers the basics of thermodynamics, HVAC components, and refrigeration cycles, with a focus on the role of temperature, airflow, and pressure in system operation. Students will learn about critical components like thermostats, evaporator coils, condensers, and blowers, as well as basic electrical principles and safety protocols.

  • Module 1: Introduction to HVAC Systems
  • Module 2: Basic Thermodynamics for HVAC
  • Module 3: HVAC Components and Equipmen
  • Module 4: Refrigeration Cycles and Basic Principles
  • Module 5: Introduction to Airflow, Heat Transfer, and Pressure
  • Module 6: Basic Electrical Concepts for HVAC
  • Module 7: Safety Protocols and Industry Standards

Part 2: Intermediate
The intermediate level of the HVAC Engineer/Technician course delves deeper into the operation and optimization of HVAC systems. It covers advanced refrigeration systems, focusing on variable refrigerant flow (VRF) and non-VRF systems, alongside sustainable refrigerants and their environmental impacts. The course also explores HVAC system installation, commissioning procedures, and the importance of system performance testing, air and water balancing, and control system calibration. Additionally, students learn about troubleshooting techniques and maintenance practices to ensure system longevity and efficiency. Key concepts include energy efficiency measures, advanced diagnostics, and retro-commissioning strategies for improving existing HVAC systems. This level prepares students to handle more complex HVAC system configurations and refine their technical skills.

Level 3: Expert

Student Ratings & Reviews

4.8
Total 4 Ratings
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Chibuzor Nwarata
4 months ago
A perfect guide for entry-level commercial engineers who need to understand how entropy management affects overall system operational efficiency. I finally understand the difference in operational placement between Air Handling Units (AHUs) and Rooftop Units (RTUs) thanks to Chapter 3. The detailed explanation of superheated vapor generation in the evaporator coil was key to passing my NATE refrigeration certification.
IC
Ig Chimezie
4 months ago
The direct correlation made between tenant comfort, building ventilation, and workplace productivity is highly useful for facilities management exams. Highly recommend this guide to anyone studying for their journeyman test; the thermodynamic fundamentals section is worth the price alone.
MN
Mzava Naziel
4 months ago
Excellent baseline material for apprentices. It sets the groundwork for complex refrigeration cycles without overwhelming the reader. The transition from basic climate comfort concepts to the actual thermodynamic formulas was handled smoothly and logically.
OR
Omotayo Riliwan
4 months ago
As a technician with ten years in the field, I found the breakdown of the basic thermodynamics laws in Chapter 2 to be an excellent refresher for my master license exam. The explanation of how heat transfer mechanisms such as conduction, convection, and radiation—impact the overall thermal load calculation changed how I look at system scoping entirely.