Hvac course

HVAC Course

World Wide NDT Institute HVAC Training Program in Noida

Discover a premier HVAC training experience at World Wide NDT Institute in Noida, renowned for its alignment with current industry standards and its effectiveness in facilitating stellar placements at global MNCs. As one of Noida’s most reputable HVAC training institutes, we provide a curriculum that is both comprehensive and practical.

Why Choose Our HVAC Course?

Industry-Relevant Curriculum: Our course is designed based on the latest industry standards, ensuring you learn the most current practices and technologies in HVAC systems.
Practical Hands-On Training: Gain invaluable practical experience with our hands-on training approach. You’ll work with real-world HVAC equipment and simulation tools that prepare you for immediate entry into the workforce.
Placement-Focused: We are committed to helping you secure your dream job. Our strong industry connections and dedicated placement cell work tirelessly to support you in launching a successful career in multinational companies.

Embark on your HVAC career with confidence at World Wide NDT Institute, where we empower you with the skills needed to excel in the ever-evolving HVAC industry.

International Certifications

Best Infrastructure and Labs

3500+ Happy Student

Highest Rated institute

100% Job Placement

HVAC Course Fee in World wide NDT Institute

HVAC Course Fees: Contact Us For Course Details
Qualification Required: Preferably Engineering/Diploma Graduates/ 12TH
HVAC Course Duration: 35 Days
Course Start: Every Monday Classroom @ 10:00 a.m & Online @7:00 pm

Course Overview

HVAC Training Curriculum in Noida

Essential Concepts of HVAC & Refrigeration

Overview of Heating, Ventilation, and Air Conditioning
Understanding the Fundamentals and Basics
Types of HVAC systems: Window AC, Split AC, Centralized AC
Compliance with ASHRAE guidelines and standards

HVAC Operation

Basics of Refrigeration Cycle
Differentiating between Vapor Compression and Absorption Systems

Key Components of Air Conditioning

Varieties of Compressors
Types of Condensers
Understanding Evaporators

Centralized AC Systems and Components

Exploring Water-cooled and Air-cooled Chillers
Functions of Cooling Towers
Overview of Air Handling Units (AHUs), Pumps, and Humidifiers/Dehumidifiers

HVAC Control

Operating Functions
Insights on AC Drives like DOL Starter, Star Delta Starter, and VFDs
Implementing Sensors, Actuators, Thermostats, and Thermocouples
Integration of HVAC Control with Building Management Systems

Indoor Air Quality

Factors Influencing Air Quality
Measures for Controlling Air Pollutants
Importance of Proper Ventilation

Working with Psychrometric Charts

Understanding Properties such as Dry Bulb Temperature, Wet Bulb Temperature, Relative Humidity, Dew Point Temperature, Specific Humidity, Absolute Humidity, Specific Enthalpy, and Pressure

Building Heat & Cooling Load Calculations

Estimating Heat Loss/Gain
Differentiating between Sensible and Latent Heat Load

HVAC Design Principles

Designing Water Distribution and Chilled Water/Condenser Water Pipelines
Calculating Duct Sizes for Air Distribution Systems

Software Applications for HVAC Design

Utilizing Software for Cooling/Heating Load Calculations, Duct Sizing, and Pipe Sizing

Introduction to AutoCAD

Overview of AutoCAD Interface
Drawing Basic Shapes, Lines, Circles
Utilizing Editing Tools like Trimming, Extending, Breaking Objects
Working with Units and Coordinate Systems

Applications of HVAC & Refrigeration

Practical Usage in Different Settings like Hospitals, Commercial Buildings, Residences, Malls, Cold Storage Facilities

Reasons to Choose World Wide for HVAC Training

Customized Training Programs with Industry-Relevant Content
Experienced Trainers for Comprehensive Learning
Well-Equipped Labs and Classrooms for Practical Sessions
Personalized Placement Assistance and Career Development Programs

HVAC Design Engineer Roles and Responsibilities

Develop HVAC Systems: HVAC design engineers are tasked with the creation of sophisticated heating, cooling, and ventilation systems, including the integration of controls that manage these systems efficiently.

Perform Load Calculations: They perform critical load calculations to ascertain the heating and cooling capacities needed from HVAC equipment to ensure optimal temperature control across different spaces.

Blueprint Analysis and System Design: These engineers have the expertise to interpret existing construction blueprints, schematics, and plans for ongoing projects. Additionally, they utilize their skills to draft meticulous designs for ductwork and piping systems that fit seamlessly into new constructions.

Ventilation Planning: Determining the appropriate ventilation needs is a key responsibility, ensuring that air quality and environmental standards are met for various building types.

Budget Estimation: They are also responsible for estimating the financial outlay required for the HVAC systems, preparing detailed budget reports that guide the procurement and installation processes.

Collaboration with Construction Teams: Effective communication and coordination with architects, engineers, and construction managers are critical as HVAC design engineers integrate their systems into broader architectural plans.

Compliance with Regulations: Adhering to all relevant building codes, securing necessary permits, and ensuring that designs comply with local, state, and national regulations are fundamental duties that maintain safety and legality in HVAC installations.

Through these roles, HVAC design engineers ensure that heating, cooling, and ventilation systems are functional, efficient, and appropriately integrated into the structural and aesthetic objectives of new construction projects.