HVAC Designing course (Beginner to Advance Level )

HVAC Designing course (Beginner to Advance Level ), available at $49.99, has an average rating of 4.74, with 117 lectures, based on 52 reviews, and has 183 subscribers.

You will learn about Hvac Designing Revit Mep psychometry duct and pipe sizer This course is ideal for individuals who are Mechanical Engineers It is particularly useful for Mechanical Engineers.

Enroll now: HVAC Designing course (Beginner to Advance Level )

Summary

Title: HVAC Designing course (Beginner to Advance Level )

Price: $49.99

Average Rating: 4.74

Number of Lectures: 117

Number of Published Lectures: 98

Number of Curriculum Items: 117

Number of Published Curriculum Objects: 98

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Hvac Designing

Revit Mep

psychometry

duct and pipe sizer

Who Should Attend

Mechanical Engineers

Target Audiences

Mechanical Engineers

Learn the advanced level of HVAC design with our design course. Features include Revit MEP 2020, ASHRAE Psychometric Tools, and Duct Sizer. Explore advanced topics regarding HVAC systems and excel in the most efficient techniques involved in the design process. Upon completion, I will be able to design modern, state-of-the-art HVAC systems.

Course Overview:

HVAC Fundamentals—Provides a good foundation in HVAC basics. Provides an orientation into the field and critical principles.

Refrigeration and Refrigerants: Principles of refrigeration, various refrigerants, and applications.

HVAC Goals: Goals in the HVAC design, with particular reference to sensible and latent cooling loads.

Refrigeration Cycles: Vapor-compression and absorption cycles—basic introduction to HVAC systems.

Psychrometry: Understanding psychrometric properties and analysis—ASHRAE’s Psychometric Software and calculators.

Load Calculations – Learn how to perform basic through advanced interior and exterior load calculations.

Ducting: Learn the rules for designing ducts, the categories of ducts, and different duct sizing methodologies, including the McQuay Duct Sizer.

HVAC Equipment—Learn about essential components such as FCUs, AHUs, VAV systems, humidifiers, dehumidifiers, dampers, and chillers.

Design Essentials: Learn to set latitude and longitude, create and schedule space, and do zoning and load calculations in HVAC.

Air Systems—Designing skills in supply, return, fresh, and exhaust air systems and understanding negative and positive pressure impacts.

Advanced Systems – VAV systems, CAV systems, packaging unit systems, and more.

Reporting and Analysis – Develop the ability to schedule, generate reports, and analyze costs of HVAC projects

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Fundamentals Of HVAC

Lecture 1: 1 Introduction of hvac

Lecture 2: 2 what is Refrigeration

Lecture 3: 3 Refrigerant

Lecture 4: 4 Goals of hvac

Lecture 5: 5 cop

Chapter 3: Cooling Load Calculations

Lecture 1: 1 basics of heat transfer

Lecture 2: 2 Human Comfort

Lecture 3: 3 Requirements For cooling load

Lecture 4: 4 Room Heat Gain

Lecture 5: 5 Heat transfer through externar wall

Lecture 6: 6 Heat transfer through externar wall example

Lecture 7: 7 Heat transfer through externar Roof

Lecture 8: 8 Heat transfer through externar Glass

Lecture 9: 9 Heat Gain through internal Factors

Lecture 10: 10 Heat Gain through internal Factors

Lecture 11: 11 Heat Gain through internal Factors

Chapter 4: COURSE MATERIAL

Lecture 1: course material

Chapter 5: Applied Psychometrics

Lecture 1: COURSE MATERIAL

Lecture 2: Lecture 1 introduction of Psychometrics

Lecture 3: Lecture2 Psychometric properties

Lecture 4: Lecture 3 specific volume

Lecture 5: Lecture 4 Psychmetric chart

Chapter 6: Applied Psychometric analyses tools (summer)

Lecture 1: Lecture 1 introduction of tool

Lecture 2: Lecture 2 Air mixing

Lecture 3: Lecture 3 Cooling Coil

Lecture 4: Lecture 4 evaporative cooling

Lecture 5: lecture 5 decicant dehumidefication

Chapter 7: Applied Psychometric analyses tools (winter)

Lecture 1: Lecture 1 Humidification and heating

Chapter 8: Air distribution devices

Lecture 1: 1 introduction of Air Distribution components

Lecture 2: 2 Locations of Grds

Lecture 3: 3 GRDs

Chapter 9: Ducting

Lecture 1: 1 ducting introductio

Lecture 2: 2 general rules for duct design

Lecture 3: 3 duct categories

Lecture 4: 4 duct categories

Lecture 5: 5 duct categories

Lecture 6: 6 duct categories

Lecture 7: 7 duct categories

Chapter 10: Duct sizing

Lecture 1: 1 Duct sizing

Lecture 2: 2 softwar for Duct sizing

Chapter 11: Pressure losses in ducts due to fittings and elboews

Lecture 1: 1 pressure Losses in Duct Fitting

Lecture 2: 2 pressure Losses in Duct Fitting

Lecture 3: 3 pressure Losses in Duct Fitting

Lecture 4: 4 pressure Losses in Duct Fitting

Lecture 5: 5 pressure Losses in Duct Fitting using SMACNA

Lecture 6: 6 pressure Losses in Duct Fitting using SMACNA standards

Chapter 12: HVAC SYSTEM DESIGN FOR PHARMACEUTICAL INDUSTRY

Lecture 1: 1 supervisory authority for pharmaceuitical facility

Lecture 2: 2 role of hvac in pharmaceutical facilities

Lecture 3: what is particulate

Lecture 4: CLEAN ROOMS INTRO

Lecture 5: CLEANROOM STANDARDS

Lecture 6: AIR CHANGES

Lecture 7: TEMPRATURE AND HUMIDITY

Lecture 8: AIR LOCK IN PHARMACIES

Chapter 13: HVAC SYSTEM DESIGNING FOR HOSPITALS

Lecture 1: HVAC SYSTEM REQUIREMENT IN HEALTHCARE FACILATIES

Lecture 2: INFECTION CONTROL

Lecture 3: ISOLATION ROOMS

Lecture 4: Airborne infection isolation (AII)

Lecture 5: Protective environment (PE)

Lecture 6: classification affect HVAC designer

Lecture 7: factors affect the local concentration of particles

Lecture 8: prevent the spread of airborne contaminants

Lecture 9: class N rooms

Lecture 10: Infection-Control and Ventilation Requirements for “AII” Rooms

Lecture 11: Infection-Control and Ventilation Requirements for “AII” Rooms 2

Lecture 12: Infection-Control and Ventilation Requirements for “AII” Rooms 3

Lecture 13: Infection-Control and Ventilation Requirements for “AII” Rooms last

Chapter 14: Revit Architecture 2024

Lecture 1: 1 project setting

Lecture 2: 2 project Location and Level settings

Lecture 3: 3 how we can create floors

Lecture 4: 4 Addition Material and Layers in floor

Lecture 5: 5 creation of walls

Lecture 6: 6 CREATION OF PARTITION WALLS

Lecture 7: 7 PLACEMENT OF DOORS

Lecture 8: 8 placement of windows and furniture

Lecture 9: 9 complete project

Chapter 15: HVAC Cooling Load Calculations Using Revit MEP 2024

Lecture 1: 1 Inserting Revit File

Lecture 2: 2 project information and setting

Lecture 3: 3 Space creation for Dining Hall

Lecture 4: 4 Space creation for Reception and lobbies

Lecture 5: 5 spaces creation for gym area

Lecture 6: 6 space creation for rest rooms

Lecture 7: 8 Zone Creation and Load Calculations

Lecture 8: 9 report analysys

Instructors

Bright Future institute
MEP designer and trainer

Rating Distribution

1 stars: 0 votes

2 stars: 1 votes

3 stars: 1 votes

4 stars: 8 votes

5 stars: 42 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!