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HVAC Design Engineering

HVAC Design Engineering Training

When it comes to HVAC course Advance mechanical design institute has earned good reputation in the market due its updated syllabus, skilled faculty and industry base infrastructure.

The field of HVAC, heating, ventilation, and air conditioning is the science and practice of controlling indoor climate to provide healthy and comfortable interior conditions. HVAC system, simultaneously control the temperature, humidity, purity, air distribution and noise in the interior spaces of the building.

In the Gulf countries & Indian context, HVAC systems are generally used to ventilate and cool the building. After completing the course you will understand:

The primary objective of this course is to provide you good placement with an understanding of the fundamentals of heating, ventilation, and air conditioning. Upon completing this course you will understand:

  • Why HVAC systems play a major role in achieving a quality indoor environment
  • Basic air-conditioning processes
  • HVAC system impacts on comfort, productivity, and indoor air quality
  • Heat loss and cooling load calculations
  • HVAC equipment and how it operates
  • Define your requirements for a DDC system to serve HVAC and related building systems
  • Know what the marketplace has to offer to meet your requirements
  • Describe the hardware and software elements that make up a DDC system
  • Construct a DDC architectural master plan for your requirements
  • Describe the essential elements of a DDC system specification
  • Define the application requirements for the building systems
  • Plan for the commissioning of the DDC system
  • Identify appropriate applications for chiller plants
  • Recognize design criteria and select system components
  • Evaluate and specify the control requirements
  • Incorporate options for energy efficiencyAppreciate why a natatorium is a difficult facility to design, and reduce your designer risk/liability
  • Understand critical design and installation issues that must be fully understood and properly addressed to ensure years of comfortable and trouble-free operation of the facility
  • Learn how to properly calculate moisture (latent) load and understand design and operating factors that can impact pool evaporation rate
  • Learn how to maximize human comfort and health as well as preserve building integrity
  • Eliminate customer complaints and maximize facility revenue
  • Understand energy consumption issues and technology available to minimize operating costs
  • Identify routine maintenance procedures to ensure your natatorium delivers years of pleasure
  • Learn about pool water chemistry and disinfectant byproducts present in a pool atmosphere, their negative impact on occupant health and practical methods used to improve natatorium IAQ