Unlock Your Future with Our Comprehensive HVAC Design Drafting Course
- BHADANIS QUANTITY SURVEYING ONLINE TRAINING INSTITUTE
- Apr 7
- 3 min read
The construction industry demands skilled professionals who understand the intricacies of building services. Among these, HVAC (Heating, Ventilation, and Air Conditioning) plays a crucial role in ensuring comfort, safety, and energy efficiency in buildings. If you want to build a strong career in building construction and services management, mastering HVAC design and drafting is essential. Our HVAC Design Drafting Course offers a complete learning experience tailored for engineers and construction professionals eager to excel in this field.
Why Choose This HVAC Design Drafting Course?
This course is designed specifically for engineers who want to gain practical knowledge and skills in HVAC systems. It covers everything from basic concepts to advanced design and installation processes. The course is bilingual, offered in both English and Hindi, making it accessible to a wider audience. With a validity period of 365 days, learners can study at their own pace and revisit the material whenever needed.
The course is provided by BHADANIS MEP Online Training Institute, known for its expertise in mechanical engineering and construction training. The curriculum is structured to help you understand the core principles of HVAC, the physics behind it, and the practical application of design drafting.
What You Will Learn
Introduction to MEP and HVAC
Understanding the difference between MEP (Mechanical, Electrical, Plumbing) and HVAC is the first step. This section introduces HVAC abbreviations, definitions, and applications. You will also learn about important standard societies such as ASHRAE, ISHRAE, and SMACNA, which set the guidelines and codes for HVAC design and installation.
HVAC Project Execution
This part explains the types of drawings used in HVAC projects and provides an overview of HVAC design and installation. You will learn the roles and responsibilities of design engineers and installation engineers, helping you understand how projects move from concept to reality.
Physics Used in HVAC
A solid grasp of physics is necessary for HVAC design. Topics include heat transfer modes, British thermal units, refrigeration cycles, temperature scales, and enthalpy. The course explains sensible and latent heat, which are critical for designing efficient air conditioning systems.
Psychrometrics
Psychrometrics deals with the properties of air and moisture. You will study dry bulb and wet bulb temperatures, dew point, relative humidity, and humidity ratio. The course also covers how to use psychrometric charts and software for analysis, as well as concepts like humidification and dehumidification.
Air Conditioning Systems
This section explores various types of air conditioning systems, including:
Direct expansion systems
Window and split air conditioners
Cassette and floor-standing units
Ductable split systems
Package air conditioning
Chilled water systems
Air-cooled and water-cooled chillers
VRF/VRV systems
Understanding these systems will prepare you to design and draft HVAC layouts for different building types.
Practical Benefits of the Course
Career Advancement: Gain skills that are highly sought after in construction and mechanical engineering fields.
Hands-on Learning: The course includes practical examples and drafting exercises.
Flexible Learning: Study in English or Hindi, with access for a full year.
Industry-Relevant Content: Learn according to standards used by professionals worldwide.
Who Should Enroll?
This course is ideal for:
Mechanical engineers looking to specialize in HVAC
Construction professionals involved in building services
Students aiming to enter the HVAC design field
Anyone interested in understanding HVAC systems for career growth
How to Get Started
Enroll in the course for ₹14,500, a discounted price from the original ₹25,500. You can preview the course content before purchasing. Once enrolled, you will have full access to all chapters and materials for 365 days.
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