Advance HVAC Designing course ( Revit MEP 2024)

Revit HVAC 2024

Ratings 5.00 / 5.00
Advance HVAC Designing course ( Revit  MEP 2024)

What You Will Learn!

  • Hvac Designing
  • Revit Mep
  • psychometry
  • duct and pipe sizer

Description

Enhance your HVAC design skills with our Advanced Level HVAC Designing Course, featuring Revit MEP 2020, ASHRAE Psychometric Tools, and Duct Sizer. Dive into the advanced concepts of HVAC systems and master efficient design techniques. Become proficient in designing state-of-the-art HVAC systems upon completion.

Course Overview:

  1. HVAC Fundamentals - Gain a solid foundation in HVAC basics, including an introduction to the field and key principles.

  2. Refrigeration and Refrigerants - Understand the mechanics of refrigeration, different types of refrigerants, and their applications.

  3. HVAC Goals - Learn about the objectives of HVAC design, focusing on sensible and latent cooling loads.

  4. Refrigeration Cycles - Explore the vapor compression and absorption cycles, key components of HVAC systems.

  5. Psychrometry - Delve into psychrometric properties and analyses using ASHRAE's Psychometric software and calculators.

  6. Load Calculations - Master basic to advanced techniques for interior and exterior load calculations.

  7. Ducting - Learn the rules of duct design, understand duct categories, and master various duct sizing methods including McQuay Duct Sizer.

  8. HVAC Equipment - Get to know essential HVAC components like FCUs, AHUs, VAV systems, humidifiers, dehumidifiers, dampers, and chillers.

  9. Design Essentials - Learn about setting latitude and longitude, space creation and scheduling, zoning, and HVAC load calculations.

  10. Air Systems - Gain expertise in designing supply, return, fresh, and exhaust air systems, understanding negative and positive pressure impacts.

  11. Advanced Systems - Explore VAV and CAV systems, packaging unit systems, and more.

  12. Reporting and Analysis - Develop skills in scheduling, report generation, and cost analysis for HVAC projects.

Who Should Attend!

  • Mechanical Engineers

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Tags

Subscribers

7

Lectures

82

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