What you’ll learn

• What type of welding inspector they can become
• steps to become a certified welding inspector ( acredited liscenced )
• how to make a continuing career in welding inspection

Requirements

• No

Description

Ever wonder how welding inspectors get to do their job? Questions like; Do you have to be a welder? What kind of education does it require to have? How much does it pay? etc…

This course will give you all the information you need as to inform you of •What kind of person is a welding inspector •The different types of welding inspector •Their scope of work •Steps in becoming a welding inspector •Which industry could you work for • And the best -tickets to have.

At the end of the course you will be well educated on where to go and how to start your career and see if you have the right tools in becoming a welding inspector.

As a certified welding inspector, I have experience way to often these types of questions because a lot of people admire the type of work that I do. And think this is a good way to start a very well lucrative career. This is career allows you to be your own boss, own your own business and be independent. You start off as a team player and over the years you earn seniority and experience were confidence is key to success.

Who this course is for:

• welders, new high school graduates, Technologist, Engineers, middle class income earners

What you’ll learn

• Students learn and prepare for the American Welding Society – Certified Welding Inspector Examination
• Students learn the skills of Certified Welding Inspector of American Welding society
• Students learn the Welding Inspection Technology, Welding Metallurgy, as per the AWS and International Standards
• Students learn the welding fundamentals, Metallurgy, terms and definitions, welding processes, nondestructive examination, procedures, symbols, calculations.
• Students learn safety practices, and duties and responsibilities of a CWI.
• Students learn practical hands-on test to find the ability of visually identify welding discontinuities and to determine the acceptance or rejection of a weld.
• Students learn the proficiency, ability of evaluation of test results with open book of Code application with a selected code application like API 1104.

Requirements

• Degree or Diploma or Trade Certificate in Mechanical or Welding Engineering

Description

The CWI exam consists of three parts

Part A – Fundamentals

Part B – Practical,

Part C – Code Book Applications.

Part A is a closed-book exam that consists of 150 questions on the welding fundamentals, terms and definitions, welding processes, nondestructive examination, procedures, symbols, calculations, safety practices, and duties and responsibilities of a CWI.

Part B is a practical hands-on test to find the ability to visually identify welding discontinuities and to determine the acceptance or rejection of a weld.

Part C is an open book test of Code application to evaluate the applicant’s familiarity and ability with a selected code application.

The pass marks for Part- A, B & C is 72%

You can refer to the full details of AWS Certification and Qualification Standards in the following documents available at free of cost on the AWS website:

QC1:2016-AMD1 – Specification for AWS Certification of Welding Inspectors

B5.1:2013-AMD1 – Specification for the Qualification of Welding Inspectors

(Study the documents and be prepared well to answer any question from the document.)

In this course, the candidate will learn the following  :

Preparation of reports

Complete knowledge and understanding of the following welding processes:

SAW, PAW, RW, SMAW, SW, FCAW, GTAW, OFW, ESW, GMAW.

Thermal Spraying Soldering

Mechanical Cutting Thermal Cutting/Gouging

Brazing/Braze Welding

Welding Metallurgy- part-1/2/3/4

Structure of Metals, Formation of Crystalline Solids, BCC, FCC, HCP Structures, Disarray of Grain boundaries, Substitutional  and Interstitial solid solutions, Phase Transformation (critical points), Physical Structure of metals, Copper Silver phase Diagram, Welding the precipitation -hardening alloys, Dispersion Strengthening, Welding of Specific alloy Families, Aluminum alloys, Welding the heat treatable grades, Basic Metallurgy of steels, Chemical elements of Steels, Phase Transformation in Pure Iron,  and Steel, The Iron -Iron Carbon Equilibrium Diagram,  Heat Treatment of Steels, Effect of Cooling Rate on Transformation, Isothermal Transformation or TTT Diagram, Thermal characteristics of welds and Heat Affected Zone, Change of Temperature during welding, Factors influencing temperature changes in weld

The fundamental principles of the following ND Tests:

VT, MT, UT, PT, RT, LT

He will acquire knowledge of quality procedures and Quality audits/surveillance.

Knowledge and understanding of the fundamentals of welding metallurgy

Knowledge and understanding of all the welding symbols and engineering drawings.

Base material compliance

Filler metal compliance

Filler metal storage, handling

Inspection records compliance

Verification of proper documentation compliance

Base material and filler metal compatibility

Certification of documented results and compliance

Procedure qualification records compliance

Welding procedure compliance

NDE procedures compliance

Applicable safety requirements in the workplace as per the International Standards

Who this course is for:

• Degree or Diploma or Trade Certificate in Mechanical or Welding Engineering, with 2 to 3 years of Industrial experience in Welding or Engineering. Teaching experience will also be considered.

What you’ll learn

• Gain a comprehensive overview of welding as a joining process, its historical significance, and its importance in various industries.
• Understand methods of joining materials and how welding fits into the broader classification, including mechanical joining, adhesive bonding, and soldering.
• Learn the fundamentals of fusion welding, including the use of heat to melt and join metal parts, and explore its applications in gas welding.
• Discover the principles and equipment involved in gas welding, such as oxy-fuel gases, and understand the basic setup for performing gas welding operations.
• Dive into the details of shield metal arc welding (SMAW), including the electrode selection, arc initiation, and control of welding parameters.
• Explore the benefits of SMAW, such as its versatility and suitability for outdoor applications, as well as its limitations.
• Familiarize yourself with GTAW and understand its characteristics, such as the use of a non-consumable tungsten electrode and inert shielding gas.
• Learn the step-by-step procedure for performing GTAW, including electrode preparation, arc initiation, and the control of welding variables.
• Explore the principles and applications of GMAW, which utilizes a consumable electrode and shielding gas to create a metal arc.
• Understand the different metal transfer modes in GMAW, and their effects on the welding process.
• Immerse yourself in the world of submerged arc welding, understanding its principles, equipment, and applications for superior welding outcomes.
• Explore the role of fluxes in submerged arc welding, including their types, composition, and importance in ensuring weld integrity.
• Delve into the principles and applications of resistance welding, gaining insights into its advantages and suitability for specific projects.
• Explore different types of resistance welding and their specific applications in joining metal components.
• Familiarize yourself with common welding defects and develop the skills to identify, analyze, and rectify issues like porosity, undercutting&incomplete fusion
• Learn effective methods of inspecting welding defects to ensure the integrity and reliability of welded structures.
• Explore the concept of the heat-affected zone (HAZ) and its significance in welding, understanding its formation and potential effects on material properties.
• Discover strategies to reduce the size and impact of the heat-affected zone through proper heat control, material selection, and welding techniques.
• Gain insights into the art of brazing, understanding its advantages, applications, and the intricacies of creating strong and precise joints.
• Compare and contrast soldering, brazing, and welding techniques, examining their strengths, limitations, and optimal use cases.

Requirements

• While no specific prerequisites, a basic understanding of metalworking and fabrication processes would be beneficial for students taking this course.

Description

In a world where metal plays a vital role in construction, manufacturing, and innovation, the art of welding and joining stands as a cornerstone of modern engineering. If you’ve ever marveled at the precision and strength of metal structures or dreamt of crafting your own creations, our comprehensive welding course is your gateway to unlocking a world of endless possibilities.

Join us on an immersive journey that transcends mere technical training and transforms you into a master of the craft. From seasoned professionals seeking to refine their skills to passionate enthusiasts looking to dive into a new realm of creativity, this course is designed to cater to all levels of experience and ignite a lifelong passion for welding.

Through a meticulously curated curriculum, you will delve into the essence of welding, discovering its indispensable role in shaping our world. Gain a profound understanding of the profound importance of welding as the foundation of numerous industries, from towering skyscrapers and sturdy bridges to the intricacies of aerospace engineering and the precision of automotive manufacturing.

Our course takes you on a captivating exploration of the diverse welding processes, equipping you with the knowledge and expertise to wield various techniques with confidence. From shielded metal arc welding to gas tungsten arc welding, from gas metal arc welding to submerged arc welding, you will unravel the intricacies of each method, its applications, and its inherent advantages and limitations.

Safety is our paramount concern, and our expert instructors will guide you through the essential safety protocols and precautions necessary for a secure welding environment. Learn how to protect yourself and others from potential hazards, understand the importance of proper ventilation and fire prevention, and master the correct usage of personal protective equipment.

But our course doesn’t stop at the technicalities – we delve deeper, empowering you to inspect and assess weld quality with an expert eye. Discover the art of detecting and addressing welding defects, ensuring the structural integrity and longevity of your creations. Furthermore, unravel the enigma of heat-affected zones and learn techniques to minimize their impact, ensuring exceptional weld performance.

Beyond traditional welding, our course embraces the versatility of brazing and soldering, enabling you to broaden your skill set and take on a wider range of projects. Explore the intricate nuances of these joining techniques, understand their unique advantages, and learn how they differ from welding. With this comprehensive skill repertoire, you will possess the ability to tackle diverse fabrication challenges with finesse.

Embark on a transformative journey, where the molten metal becomes your canvas and the welding torch becomes your brush. Unleash your inner artisan and embrace the art of welding and joining. Enroll today and embark on a path of limitless creativity, where your dreams of metal fabrication come to life.

Who this course is for:

• This course can appeal to anyone who has a general interest in welding and wants to learn more about the science and art behind it.
• Engineering students who are interested in materials science, manufacturing, or design can benefit from this course as it provides a solid foundation in welding principles and practices.
• Professionals in related fields, such as mechanical engineering, industrial design, or construction, can also benefit from this course as it provides a comprehensive understanding of welding processes and applications.
• Career changers who are considering a career in welding can use this course to gain foundational knowledge and skills, and explore different welding processes and techniques.
• This course is ideal for current or aspiring welders who want to deepen their knowledge of welding processes and techniques, and learn about the latest advancements in the field.

What you’ll learn

• The advantages and disadvantages of GTAW (aka TIG welding)
• The equipment, materials and methods used in TIG welding
• An overview of the welding-related defects – how they occur and what to do to prevent them
• Pre-weld preparations to achieve a quality weld
• Electrodes, gasses, filler materials and base materials
• Primary and secondary welding variables
• The Torch and gas shielding system
• Welding terminology

Requirements

• Basic knowledge of manufacturing

Description

Welcome to the Udemy course titled, “The Basics of Gas Tungsten Arc Welding (GMAW, TIG)” If you are new to the field of welding, this is the class you need to learn some of the over-arching concepts of welding and THE FULL RANGE OF BASICS associated with GMAW specifically.

GMAW (Gas Tungsten Arc Welding) is commonly referred to as “TIG” welding, which stands for “Tungsten Insert Gas”. TIG of GMAW refer to the process of using a non-consumable tungsten electrode to deliver electrical current to your work piece. Tungsten has a very high melting point relative to other metals, so it holds up well to the high temperatures of welding. GMAW also employs the use of a shielding gas like argon or helium. This gas prevents the oxygen and nitrogen found in our atmosphere from contaminated the weld pool.

TIG welding is very precise when compared with other welding processes. It deposits a low volumes of material in exactly locations. It is commonly used on metals such as aluminum and copper, or thin sections of steel sheet. And because of its versatility, TIG is often the first process new welders learn.

In the class, you will learn:

• An Overview of GMAW
• Advantages and Disadvantages as compared to other welding processes
• Welding current
• The TIG Torch and Gas Shielding System
• Electrodes
• Filler and Base Materials
• Welding Terminology
• Pre-weld Preparations
• Primary and Secondary Welding Variables
• Welding Defects and Discontinuities
• And a Whole Lot More!!

So if you’ve been looking for an place to start learning the basics of welding, THIS IS THE CLASS FOR YOU!! Sign up today to gain the skills you need to advance your skills in fabrication.

Who this course is for:

• Quality Engineers and Technicians
• Industrial and Manufacturing Engineers
• Manufacturing Supervisors and Managers
• Those looking for a first step into the welding profession

What you’ll learn

• At the end of this course, you will learn the basic math used by welding inspectors and welders in the industry. A few types of filler material to be used for SMAW (stick), GMAW

Requirements

• No material is needed, this course is designed to give you a head start and can help you with the basic math used in the welding and inspection field.

Description

At the end of the course, you will understand the basic math used for certified welding inspectors (CWI) in the welding industry. We’ll outline and discuss; how to properly read a decimal number to the millionth of an inch, adding fractions together, converting fractions to decimals, converting inches in fractions to millimeters in decimal form, calculate the area of a circle, tensile strength, percentage of elongation, heat input and carbon equivalency in metals.  The purpose of this course is to provide insight about welding and welding inspections.  This course will also provide some basic welding processes and D1.1 examples and explanation of procedur

Who this course is for:

• If you are interesting in working in the welding field as an inspector or welder. Learning this simple math can give you a slight advantage.

What you’ll learn

• Learn to identify different types of lines and interpret orthographic/isometric/oblique projections

Requirements

• No material is needed, this course is designed to give a better understanding of blueprint reading.

Description

• If you are just starting out in the welding world, odds are that at some point in your career you will be required to read welding blueprints in order to complete your job. At the end of the course, you will better understand the basic lines and views associated with blueprint reading and know how your supervisor want the weld to be accomplished.  These instructions often include which type of weld to be used, the size of the weld, how many similar welds need to be performed, and tell the welder which joint the weld should be made. You will go over the basic lines which includes object line, hidden lines, center lines, extension lines, dimension lines, leader lines, cutting plane lines, section lines, short break lines, long break lines and phantom lines. Reading welding blueprints can be very complicated and confusing on occasions.  But after you have gained some experience in reading blueprints it will become second nature.  As with all welding techniques, with some time and practice you will soon began to master the processes.

Blueprint interpretation

• Identify the lines on blueprints
• Identify the abbreviations used
• Identify different views

Welding symbols

• Identify various weld symbols
• Identify different parts of the welding symbol
• Learn specific instructions on how to make the weld

Who this course is for:

• This blueprint reading for welders is meant for beginners who are not familiar with blueprint drawings/or students looking for a quick refresher’ on blueprint reading. This course is probably not for you if you are looking for more advanced and complete blueprint reading.

What you’ll learn

• TIG welding basics

Requirements

• No requiremants

Description

In order to achieve high quality welding seams it is recommended to use the TIG welding process. This method delivers clean and even joints. The TIG welding method is especially appropriate when forming aluminium. This tutorial explains comprehensibly the basics of TIG welding with detailed explanation of which result arises from which initial situation and a detailed error analyzes.

Who this course is for:

• Beginners and advanced

• Various types of welding process
• Fusion Welding Process
• Radiant Beam Welding Process
• Solid State Welding Process

Requirements

• No requirements

Description

     The use of welding in today’s technology is extensive. It had a phenomenal rise since about 1930 the growth rate of which has been higher than the general industrial growth. Apart from industrial fabrication, many common everyday use items like household appliances, electronic equipment, machineries, cars, ships, aircraft etc. depend upon welding for their economical construction.

     A few important applications of welding are for automobiles and locomotives (automobile frames, brackets, engine, front and rear hoods, under frame etc), Bridges, building, pressure vessels and tanks, storage tanks, piping and pipelines, ships, trucks and trailers, machine tool frame, cutting tools and dies, earth moving equipment and cranes etc.

   In this course learners will learn about various classification of welding process, defects formation in welding process and how to avoid it.

Who this course is for:

• Beginner in Welding Process

What you’ll learn

• How to safely weld two pieces of metal together
• How to become confident with the welder
• How a Welder works
• The foundations of welding
• Arc/Stick Welding
• Lots of tips, tricks and practice exercises

Requirements

• Must be at least 12 years of age and physically capable of hands on metal work

Description

Unleash the power of creation through metal work.

Learn the basic skills to opening up a new world of creations. From practical items, to sculptures and even kids toys! Learn how you can create items you can be proud of!

Welding is an art and a skill for life – why put it off any longer? The sooner you start, the sooner you can create limitlessly!

Presented in a friendly and easy to follow guide, we start off with a welders mindset, equipment and workspace guide and then through to several welding exercises to have you welding safely and professionally!

This is a basics level course presented in a friendly way that helps build confidence. You can expect to learn all the basics you need to know to get started with welding. By the end of the course (if you do your homework) you will be able to confidently join pieces of metal and start creating your metal work masterpieces!

If you have any questions at all throughout the course, please message me and I will promptly give an explanation. If there is a project your hoping to build – let me know too! I would love to hear about the projects you are building and plan on building!

Thank you and I hope you enjoy!

Who this course is for:

• Home hobby enthusiasts
• Do It Yourself (DIY) enthusiasts
• School students involved in practical subjects
• Artists wanting to add a medium to sculpture work

What you’ll learn

• In the course MIG and MAG welding part 1 you can learn about inert gas welding using practical examples

Requirements

• No requirements needed

Description

In the course MIG and MAG welding part 1 you can learn about inert gas welding using practical examples.The optimal welding result depends one hundred percent on the gas flow, wire feed and the correct voltage. But what does the perfect weld seam or the perfect weld point mean and how do you get there? Furthermore, the hobbyist can acquire one or the other trick for his own workshop. The craft of MIG and MAG welding is comprehensibly explained on the basis of detailed error analyzes and a detailed explanation of which result arises from which initial situation.

Who this course is for:

• Beginners, students, trainees.
• But also advanced hobbyists can use this course to fresh thier skills up.