Become a HVAC Professional - Part 1/3- Fundamentals & Basics
What you'll learn
- 1. Basic Definitions of HVAC
- 2. Units in HVAC| Tonne and Kilo Watts
- 3. Components of AC Systems
- 4. Vapour Compression Cycle
- 5. Direct Expansion AC Systems
- 6. Chilled Water AC Systems
- 7. Types of Chillers Systems
- 8. Difference in VRF & VRV
- 9. Lock Rotor Ampere & Full Load Ampere
- 10. Intro to AHU's and Cooling Towers
- 11. Duct & Duct Types
- 12. Aspect Ratio Calculation in DUCT
- 13. Duct Fittings and types
- 14. Duct Accessories and types
- 15. Primary & Secondary Piping Systems
- 16. Condenser Piping System
Requirements
- No Previous HVAC or Field Experience require
- Any one Can Join who has basic science knowledge
Description
Welcome to the HVAC course, this is the Part 1 of the series ''Become a HVAC Professional'' | in Part 1 you will able to learn Fundamentals & Basics of Air Conditioning Systems.
This is the only course taught by a Mechanical Engineer
After the completion of this course, you can get a Full-time job in the HVAC industry.
I will be permanently updating content so you can be Up-To date with the industry.
I was involved in the Design & installation of HVAC Systems in United Arab Emirates (Dubai).
This course is designed for complete Beginners, I tried to cover relevant topics in the industry.
IN THIS COURSE YOU WILL ABLE TO LEARN TOPICS SUCH AS :
The Fundamentals of HVAC
ASHRAE Standards and Comfort Zones
Function of Air Conditioning
Societies involve in HVAC
Basic Physics Involve in HVAC
Units in HVAC (Ton & Kilo Watt)
Sensible and Latent Heats
Psychometric Analysis
Reading a Psychometric Chart
ASHRAE Psychometric Software
Properties of Air
Dry Bulb & Wet Bulb Temperatures
Relative Humidity & Humidity Ratios
Dew Point Temperature
Enthalpy of Air
Basic Components of Air Conditioning
Working of a Compressor
Working of a Condenser
Working of an Expansion Valve
Working of an Evaporator
Refrigerants in HVAC
Introduction to refrigerants
CFC Refrigerants e.g R12
HCFC Refrigerants e.g R22
HCF Refrigerants e.g R134a & R410a
Vapour Compression Cycle
Working of a Vapor Compression cycle
Working of Condenser & Evaporator
Working of Compressor & Expansion Valve.
Phase changing in Refrigerant
Classification of Air Conditioners
DX Direct Expansion AC Systems
Chilled Water AC Systems
Classification of DX Systems
Window AC Systems
Split AC System
Package AC System
Ductable Split AC System
VRV & VRF AC System
Classification of Chilled Water System
Water Cooled Chillers
Air Cooled Chillers
Components of Chilled Water System
Chillers
AHU's
Cooling Towers
DUCT Systems & Aspect Ratios
Ducts Introduction
Types of Ducts
Flexible Ducts
Velocities in Ducts
Duct in HVAC Drawings
Aspect Ratios (A.R) in Ducts
Duct Fittings
Duct Accessories
Piping in HVAC
Primary Piping System
Secondary Piping System
Condenser Piping System
Reverse and Direct Return Systems
Pipes and Pipes schedules
Classification of pipes
Who was this course designed for:
This course was designed for anyone who wants to learn HVAC from Scratch
It is perfect for complete beginners, with zero HVAC Experience.
It is also for experienced MEP or HVAC Professionals who want to enhance their Skills in HVAC Field.
Who this course is for:
- Engineering Students
- Individuals Wish to Join MEP HVAC Field.
- Industrial Engineers
- Construction Managers
- Civil Engineers
- MEP Engineers
- Building Service Engineers
Course content
- Preview01:32
- Preview03:50
Instructor
![Learnig Lab](data:image/svg+xml,%3Csvg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 64 64"%3E%3C/svg%3E){kind=avatar}
- 3.9 Instructor Rating
- 854 Reviews
- 3,059 Students
- 4 Courses
I am a Mechanical Engineer doing my MSc Building Services Engineering from Brunel University London.
I have my international experience in engineering design and analysis. I love to teach and share my knowledge and skills with others. I have more than 6 years of teaching experience in the field of technical subjects and various technical design software that play a vital role in the MEP - Building Services engineering discipline.