Hvac Design Engineering Mastery (Triple Hvac Certification)

Learn and Aquire Years Worth of HVAC Design Engineering Expertise| HVAC Core Concepts| HVAC Essentials| (Resources Inc.)

What you'll learn

Conduct Cooling Load Calculations Manually which is challenging for Many Professionals !

Obtain a Dual HVAC Certification upon successful course completion.

Learn how to calculate the U-Values as part of the HVAC Design process.

Understand the Fundamentals of Heating, Ventilation, and Air conditioning systems.

Aquire Years Worth of HVAC Expertise in a Crash Course

Apply key thermodynamic concepts to HVAC systems.

Analyze the various components of HVAC systems.

Learn How to use Psychrometric Charts to alter Air Properties.

Learn the various components of an HVAC System.

Learn the Vapor Compression Cycle with details.

Learn how to calculate the R-Values as part of the HVAC Design process.

Learn the steps for an effective HVAC Design

Requirements

The Interest in learning about HVAC

Description

Master the Art of HVAC Design and Engineering with This EXCLUSIVE TRIPLE Certification Program!Are you ready to dive into the world of HVAC design and engineering? Whether you're a budding engineer, an architect, or someone looking to understand the intricacies of HVAC systems, this course is perfect for you. Designed with complete beginners in mind, it will take you from foundational concepts to advanced design principles, equipping you with Years worth of skills needed to excel in the HVAC industry.What You'll Learn:HVAC Design Engineering Core Concepts: Understand the core principles of heating, ventilation, and air conditioning design.Fundamentals of Thermodynamics: Grasp the essential concepts of thermodynamics as they apply to HVAC systems.System Components : Learn about the various components of HVAC systems.Manual Load Calculations: Learn where skills where many tend to fail !Psychometry: Learn the Art of Air Conditioning and How to alter Air Properties.and Much More !Why Choose This Course?Expert Instruction: Learn from seasoned professionals with extensive experience in HVAC design and engineering.Powerful Curriculum: Cover essential topics, from basic concepts to advanced design techniques.Hands-On Projects: Engage in practical projects and real-world scenarios to apply what you've learned.Downloadable Resources: Access a wealth of downloadable materials, including design templates, calculation sheets, and more.Interactive Community: Join a vibrant community of learners, share your ideas, and get feedback from instructors and peers.Whether you're aiming to start a career in HVAC design or simply want to deepen your understanding, this course will set you on the path to success. Enroll now and begin your journey to becoming an HVAC design and engineering expert!

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Objectives

Lecture 3 Note on the TRIPLE Certification Program

Section 2: The World of HVAC

Lecture 4 Section Briefing

Lecture 5 What is HVAC

Lecture 6 Area of Application of HVAC Systems

Lecture 7 HVAC Design Goals

Section 3: Important Engineering Background to get Started

Lecture 8 The Starting Point of HVAC Design Engineering

Lecture 9 The Main Engineering Discipline for HVAC

Lecture 10 Thermodynamics and HVAC

Lecture 11 Heat Transfer and HVAC

Section 4: HVAC Engineering Fundamentals

Lecture 12 Diving into the HVAC Discipline

Lecture 13 Envelope of Construction

Lecture 14 K-Value

Lecture 15 R-Value

Lecture 16 U-Value

Lecture 17 U-Value Examples

Lecture 18 U-Value Calculation Example

Section 5: Psychrometry

Lecture 19 Section Briefing

Lecture 20 Defining Psychrometry

Lecture 21 Air Properties

Lecture 22 Psychrometric Chart

Lecture 23 Changing Air Properties

Section 6: HVAC Design Concepts

Lecture 24 Section Briefing

Lecture 25 The Zone/Conditioned Space

Lecture 26 The Zone Continued

Lecture 27 The Refrigeration Cycle as part of HVAC Design and Engineering

Section 7: Types of HVAC Systems

Lecture 28 Section Briefing

Lecture 29 HVAC Systems Categories

Lecture 30 Centralized VS Decentralized

Lecture 31 Decentralized HVAC System Type #1

Lecture 32 Decentralized HVAC System Type #2

Lecture 33 Decentralized HVAC System Type #3

Lecture 34 Decentralized HVAC System Type #4

Lecture 35 Centralized HVAC System Type #1

Lecture 36 Centralized HVAC System Type #2

Section 8: HVAC Design Sequence

Lecture 37 Section Briefing

Lecture 38 HVAC Design Essential Steps

Section 9: The Challenge within HVAC Engineering

Lecture 39 The Challenging Element of the HVAC Design Engineering Process

Lecture 40 Cooling Load Calculation Part-1 as part of HVAC Design

Lecture 41 Cooling Load Calculation Part-2 as part of HVAC Design

Lecture 42 Cooling Load Calculation Part-3 as part of HVAC Design

Lecture 43 Worked Example on Cooling Load Calculations

Section 10: Wrapping Up

Lecture 44 Wrapping Up

Section 11: Bonus Lecture

Lecture 45 Bonus Lecture

Aspiring HVAC Engineers: Individuals who are starting their journey in the HVAC industry and wish to build a strong foundation in design and engineering.,Mechanical Engineering Students: Students pursuing mechanical engineering degrees who want to specialize in HVAC systems.,Architects and Building Designers: Professionals looking to integrate efficient HVAC systems into their building designs.,Facility Managers: Managers responsible for overseeing building systems and ensuring optimal indoor environments.,Energy Auditors: Professionals focused on energy efficiency and sustainable building practices.,Construction Professionals: Contractors and builders who need to understand HVAC design principles for effective project execution.,Career Changers: Individuals from related fields such as plumbing, electrical, or civil engineering looking to transition into HVAC design and engineering.,DIY Enthusiasts and Hobbyists: Those with a keen interest in understanding HVAC systems and principles for personal projects.,Industry Professionals: Current HVAC technicians and engineers seeking to enhance their design skills and stay updated with the latest industry standards and practices.