Know the basics, scope, and types of HVAC systems.

Understand the main system components, such as thermostats, ducts, air filters, ductwork, compressors, and blowers.

Learn about the types of refrigerants and the refrigeration cycle.

Know the basics of airflow and air movement in all types of buildings.

Study the various types, the purpose, and the importance of loads.

Find out how to make zone-wise calculations and peak load estimations.

Learn the factors to be considered for making load calculations, such as climate, location of the building, and design.

Understand the usage of software and calculation tools for making load calculations.

Hands-on training using case studies, exercises, and real-world scenarios.

Know the importance of air movement and the comfort parameters, like temperature, air velocity, and humidity.

Find out how to make airflow measurements using anemometers and manometers.

Learn about the various types of air distribution systems, such as constant air volume, variable air volume, and dual duct ventilation systems.

Understand the types of fans and how to select them based on fan total pressure and static pressure.

Study how to select diffusers and grills and their placement.

Learn about hydronic systems, the types, and how they are different from air-based systems.

Understand pipe designing, pipe layout, and pipe materials for the HVAC water distribution system.

Know the types of pumps and study the pump selection and operation.

Study the types of water treatment, such as chemical dosing, softening, and filtration.

Find out how to do pressure testing, performance testing, and troubleshooting.

Understand the layout of the chart and how to read and interpret data from the charts.

Find out how to calculate RH and DPT using psychrometry.

Study system selection and load estimation using psychrometry.

Learn how to use digital psychrometric calculators and software tools.

Practical training

Know the types of ventilation systems and their role in indoor air quality.

Understand the ventilation design principles, air changes per hour, and occupancy-based ventilation needs.

Learn the various types of ventilation systems, such as centralized, decentralized, ducted, and ductless.

Study the types of air filters and air purification technologies.

Understand ventilation for different settings, such as residential, commercial, industrial, hospital, parking, kitchen, and bathroom.

Understand the purpose, types, and benefits of the chilled water system.

Know its main components, including chillers, pumps, cooling towers, heat exchangers, air separators, and strainers.

Learn how to make pipe sizing and pressure drop calculations.

Know the codes and standards to be followed.