Hvac Design | Heat Load Calculation | Duct Design| E20 | Hap

HVAC design with excel and HAP , Duct Design, HVAC equipments. Chiller design

What you'll learn

Basics of HVAC

HVAC Design

HVAC load calculation

HVAC heat load Calculation

HVAC Design using Excel Sheet

HVAC Design using CLTD/CLF Method

HVAC Design Using HAP Software

HVAC systems

HVAC equipments

HVAC Equipments selection

Psychrometrics Terms in HVAC

Duct systems

Duct Design using Manual method

Duct Design using Duct sizer Mcquay

Pipe Design using Manual method

Pipe Design using Pipe Sizer Mcquay

Chilled water pump selection and calculation

Chiller room equipments

Toilet Exhaust system

Staircase Pressurization system design

Basement car parking ventilation system design

HVAC Drafting overview

Requirements

Basic Excel skills

Basic Communication skills

Thrive to learn new topics

Description

The objective of the course is to convert a fresh Mechanical Engineer or Diploma holder into a HVAC Professional.In this course, you will learn about HVAC designing and load calculation by excel and HAP software methods. This course is properly tailored made for the beginner and also for the  professional. In this course you will get to learn about the concepts of HVAC equipments, HVAC Systems , Equipment Selection, Psychrometrics , Load Calculation , E 20 , HAP - Carrier , Duct design , Hydronic system design,Duct sizer , Pipe sizer , Cooling towers , chillers , chiller equipments  , Pumps etc. Once you complete this course you will get enough knowledge about how you can handle your own project without outsiders' assistance. If you have any queries or questions please drop that in the comment section.Overview of this course1. Introduction of HVAC2. Units and formulas3. Definitions and terms4. HVAC systems5. HVAC Equipments6. Equipment selection7. Psychrometric chart8. Load calculation by excel Sheet.9. Load Calculation by HAP 10. Duct system design11.Hydronic system design12. Duct sizing procedure - Manual13. Pipe sizing procedure - Manual14. Ductsizer - Mcquay15. pipesizer - Mcquay16. Pump selection17. Chillers.18. Cooling tower19. Chiller room equipments20. Basic Drafting21. Toilet exhaust system design22. Car parking ventilation system design23. Staircase pressurization system designLearning Objectives:At the end of the course the candidate shall be able toUnderstand the concepts of thermodynamics and heat transfer as applicable to commercial HVAC industryChoose the right type of Air conditioning system as applicable to a projectPerform cooling load calculationDesign air distribution systemDesign chilled water systemPerform Engineering calculations like ESP Calculation, Pump head calculation etcChoose the right equipment's for the project

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: HVAC Basic

Lecture 2 HVAC Basic Definitions and formulas

Section 3: HVAC Systems

Lecture 3 HVAC System - Part 1

Lecture 4 HVAC System - Part 2

Lecture 5 HVAC System - Part 3

Lecture 6 HVAC System - Part 4

Section 4: HVAC Equipments

Lecture 7 HVAC Equipments - Part 1

Lecture 8 HVAC Equipments - Part 2

Section 5: Performance Units ( Units Rating criterias)

Lecture 9 Units Rating Criteria

Section 6: HVAC Equipment Selection

Lecture 10 HVAC Equipment Selection - Part 1

Lecture 11 HVAC Equipment Selection - Part 2

Section 7: Psychrometric chart & Process

Lecture 12 Psychrometric Process

Section 8: 8. Load Calculations

Lecture 13 Heating - Heat loss load calculation

Lecture 14 Cooling - Heat gain load calculation

Lecture 15 Latent Heat load

HVAC Design Engineer,HVAC Engineer,Mechanical Design Engineer,Mechanical Engineer,MEP Design Engineer,MEP Engineer,Mechanical Supervisor,Electrical Engineer,Draftsman,HVAC Site Engineer,Mechanical Site Engineer