HVAC Course In Bangalore
Master Your Skills In HVAC Course
COURSE OVERVIEW
HVAC stands for Heating, Ventilation, and Air Conditioning. It refers to the various systems and technologies used to regulate indoor air quality, temperature, and humidity in residential, commercial, and industrial buildings. The primary purpose of an HVAC system is to provide thermal comfort and maintain acceptable indoor air quality by controlling the heating, cooling, ventilation, and filtration of air. Systems that generate heat to warm indoor spaces, such as furnaces, boilers, or heat pumps. These systems typically use electricity, gas, or oil as a power source. Systems designed to cool indoor spaces by removing heat and moisture from the air. Common air conditioning methods include central air conditioning units, split systems, and refrigerant-based systems. HVAC systems maintain the desired temperature in a space, whether it’s heating in colder months or cooling in hotter weather. HVAC systems play a crucial role in creating comfortable and healthy living and working conditions across various industries and spaces. We are the best Hvac training centre in Bangalore.
CAREER OPPORTUNITIES
- HVAC Technician
- HVAC Engineer
- Building Services Engineer
- HVAC Design Engineer
- HVAC Sales Engineer
- HVAC Controls Technician
Course Highlights
- Expert Trainers
- ISO Certification
- Industry Course Content
- Reference Guides
- Practice Materials
- Career Guidance
- Student login
- 100% Interviews
- Placement Training
CURRICULUM
- Overview of HVAC: Definition, history, and importance
- Basic components of HVAC systems
- Types of HVAC systems: Residential, commercial, and industrial
- HVAC system operation and safety protocols
- Fundamentals of heating: Heat transfer, energy types Types of heating systems: Furnaces, boilers, and heat pumps Installation and maintenance of heating systems Energy efficiency in heating Troubleshooting heating system issues
- Understanding air movement and ventilation requirements
- Types of ventilation systems: Natural, mechanical, and hybrid
- Air distribution and ductwork design
- Indoor air quality and ventilation standards
- Testing, adjusting, and balancing ventilation systems
- Basic refrigeration cycle and principles
- Types of air conditioning systems: Window units, split systems, central AC, etc.
- Installation and service of air conditioning units
- Energy efficiency and refrigerants (R-22, R-410A)
- Troubleshooting cooling systems
- Introduction to refrigeration: Principles and applications
- Types of refrigeration systems: Domestic, commercial, and industrial
- Refrigerants and environmental considerations
- Installation, operation, and maintenance of refrigeration systems
- Diagnosing and repairing common refrigeration issues
- Basics of electrical circuits and components
- Reading and interpreting HVAC wiring diagrams
- Electrical motors and controls in HVAC systems
- Troubleshooting electrical components
- Safety practices in handling electrical systems
- HVAC load calculations (Heating and cooling)
- HVAC equipment selection and sizing
- Airflow and ductwork design principles
- HVAC design software tools (AutoCAD, Revit MEP)
- Energy-efficient design principles
- Principles of thermodynamics relevant to HVAC
- Fluid dynamics in air conditioning and heating systems
- Calculations related to pressure, flow, and temperature
- Application of fluid mechanics in HVAC system design
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- Course Duration : 80 Hours
- Daily : 2 Hours
- Batch Size : 20 Students
- Training Mode : Online / Offline
- Language :English
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FREQUENTLY ASKED QUESTION
The main purposes of a Heating, Ventilation and Air-Conditioning (HVAC) system are to help maintain good indoor air quality (IAQ) through adequate ventilation with filtration and provide thermal comfort. HVAC systems are among the largest energy consumers in schools.
The most common type of HVAC is a heating/cooling split system. The air conditioner is the outside unit. The furnace is the inside unit. Both distribute air into the same ductwork.
CFM HVAC is an airflow calculation made in cubic-feet-per-minute (CFM). It’s used to determine the cooling requirements of a building and, in turn, its HVAC requirements in tons. A 1,200 CFM requirement would typically need a 3-ton HVAC system.
The ideal HVAC system for your home may be electric, propane air conditioning, or a natural gas unit, depending on personalized factors like upfront costs, efficiency, safety, and potential energy supply disruptions.
The goal of HVAC is to provide thermal comfort and acceptable air quality within that environment. HVAC system design is considered a part of mechanical engineering and uses the principles of thermodynamics, fluid mechanics and heat transfer to achieve it’s primary aim.
