HVAC Training Course

Course Overview

• Next Batch:New batches start every month. Limited seats available – enroll early!
• Course Duration:1.5 Months (including hands-on HVAC system design and simulation projects).
• Eligibility: Mechanical Engineering learners Electrical Engineering learners Civil Engineering learners Industry Professionals.
• Mechanical Engineering learners.
• Electrical Engineering learners.
• Civil Engineering learners.
• Industry Professionals.

HVAC Training Course

• Understand the fundamentals of Heating, Ventilation, and Air Conditioning systems.
• Learn HVAC design standards, duct sizing, and load calculations.
• Draft and model HVAC layouts using AutoCAD and Revit MEP.
• Perform heat load calculations with Carrier HAP software.
• Design ducting, piping, and equipment layouts for real projects.
• Gain hands-on knowledge through live residential and commercial HVAC projects.

Overview of HVAC Training Course

The HVAC Training Course is designed for mechanical engineers and professionals who want to specialize in building climate control systems. This course covers the design, calculation, and drafting techniques essential for developing efficient heating, ventilation, and air conditioning systems, equipping you with the specialized technical expertise needed to advance your career in the AEC and energy sectors.

You'll gain hands-on experience with industry-standard tools like Revit MEP and HAP, working on real building projects. By the end of this course, you'll be capable of designing, analyzing, and executing HVAC systems that meet global engineering standards.

1. HVAC Fundamentals

• Modes of heat transfer, sensible & latent heat.
• Basic refrigeration cycle & pressure-enthalpy chart.

2. Components of HVAC

• Compressors, condensers, evaporators, expansion valves.
• Accessories, refrigerants, classification of systems.

3. Types of AC Systems

• Window, split, ductable, VRV/VRF systems.
• Package units, rooftop systems, chillers.
• Study of DBT, WBT, RH, DP.
• Chart processes: cooling, heating, humidification.
• Building survey & heat gain calculations.
• U-factor, ventilation, ESHF, ADP, CFM.

6. Air Distribution System

• Duct design, sizing methods, ductulator usage.
• Bill of materials, selection of diffusers & grilles.

7. Water Piping Systems

• Pipe sizing, fittings & valves, pump selection.
• CHW pipe support, head loss & insulation.