British Awards For Training and Higher Education

Day

December 18, 2024

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.

What you’ll learn

  • Understand about the history of welding in details that you can from where this technology start from..
  • Understand difference between joining and welding with the advantages and disadvantages of welding.
  • Get idea about the components used in welding ( Consumable and Non Consumable) .
  • Understand all type of welding joints and type of welds.
  • Welding as commercial operations and the safety requirement for the welding processes.
  • Understand in detail about the arc and the shield welding processes.
  • Deeply Understand all type of welding processes that are used in industries.
  • Understand about the solid state welding and its types and defects.
  • Understand all the concepts about the soldering and brazing processes.

Requirements

  • No previous experience or knowledge is needed. All you need is your time and devotion as well as your curiosity to learn.

Description

Welding technology is a critical aspect of manufacturing engineering, and having a certification in welding technology can help manufacturing engineering students gain a competitive edge in their field. The course on Welding Technology provides the essential knowledge and skills needed to excel in welding and can help students prepare for both certification exams and job interviews. By completing this course, students will gain a deeper understanding of the welding process and its applications, which can improve their chances of landing a job in their desired industry.

COURSE CONTENT

Introduction and Fundamentals of the Welding Process and Welding Safety

  • Fundamentals of welding
  • Difference between joining and welding
  • Advantages and Disadvantages of Welding
  • History of welding
  • Types of the welding process
  • Components used for welding process (Filler material, Flux, and Electrolyte)
  • Consumable and Non-consumable electrolyte
  • Welding positions
  • Welding Electrode Nomenclature
  • Type of Weld Joints (Butt joint, Corner Joint, Lap joint, Tee Joint, Edge Joint)
  • Types of Weld (Filler Weld, Groove Weld, Plug weld or slot weld, Spot and Seam weld, Flange and Surface Weld)
  • Features of Fusion Welded Joints
  • Physics of welding (Power Density and Numerical of Power Density)
  • Heat Balance in Fusion Welding
  • Welding as Commercial Operation
  • Automation in Welding (Machine, Automatic and Robotic)
  • Welding Safety

Arc Welding and Shielding and Types of Arc Welding

  • Welding Categories (Fusion Welding, Solid State Welding, Soldering and Brazing)
  • Arc Welding
  • Arc Shielding
  • The power source in Arc welding
  • Types of Arc Welding (Shielding metal arc welding, Gas Metal Arc Welding, Flux Cored Arc Welding, Submerged Arc Welding)
  • Gas Tungsten welding
  • Plasma arc welding

Understand all Types of Welding in Detail

  • Oxyfuel arc welding
  • Oxyacetylene welding
  • Resistance welding
  • Spot Welding
  • Resistance seam welding
  • Resistance projection welding
  • Energy beam welding (Electron beam welding, Laser beam welding)
  • Numerical Problems related to the welding processes

Numerical Problems Related to the Welding Processes

  • Numerical Problems Related to the welding processes

Solid-State Welding with Types and Defects, Brazing and Soldering

  • Solid-state welding
  • Types of solid-state welding
  • (Diffusion welding, Friction welding, and Ultrasonic welding)
  • Welding Defects of Solid State Welding
  • Brazing and Soldering

Successful graduates of the Welding Technology certificate can be employed as entry-level technicians in the welding and metalworking industries. Career opportunities also exist in construction, manufacturing, fabrication, sales, quality control, and welding-related self-employment.

Who this course is for:

  • Undergraduate students of mechanical and processing engineerings.
  • Those who are in the field of manufacturing technology will also get benefited from this course as it will increase their knowledge.
  • This course will surely help those who are working in the welding field and have confusions about the processes and materials they can clear their every concept regarding welding with this course.
  • This course is also for the students who want to prepare these topics for their exams point of view.

What you’ll learn

  • Students will learn the set up and operation of MIG welding machine
  • Basic Shop Safety
  • Safely Operate Welding Equiptment
  • Become Proficient at MIG Welding
  • gain confidence in their work
  • Troubleshoot MIG welding

Description

Join this course to learn MIG Welding and how to operate a MIG welding machine and gas regulators. This course will introduce you to the welding industry with goal of teaching you how to MIG weld. In addition to welding you will also learn welding machine set up and operation, shop safety, MIG welding on all joint types (bead on plate, t-joint, lap joint, butt joint, outside corner joint, tube notch joint), and lastly a bonus on how to Troubleshoot your welds.
When first starting to weld it can seem overwhelming and this course is designed to be precise and relatable.
No big fancy machines or shops just a simple MIG welder similar to most home kept machines and can easily be understood.

This course is meant to introduce you to the welding machine and process so you can safely and correctly learn how to MIG weld.
MIG welding is great for all your DIY building needs. If your looking for a fun hobby, great career path, or just want to get some projects done then this course will get you one step closer.

This course is just the beginning of the welding journey and I’m constantly working to better my courses as well as student experience.

After taking this course expect to know 1. How to operate a MIG welding machine

2. How change wire on MIG machine

3. How to assemble MIG welding Gun

4. How to transport MIG cylinders

5. How to set Gas CFH Flow

6. How to Weld different joint types 

7. How to Troubleshoot your Welds

Who this course is for:

  • DIYers curious about welding
  • Mig welders looking to improve technique
  • Artists interested in metal working
  • Hobby welders wanting to improve their skills
  • Someone who has interest in welding, fabrication, automotive repair, house/farm repair
  • Woodworkers
  • Mechanical engineer
  • Engineer looking to learn welding
  • 360 software
  • Auto cad users
  • Solidworks users
  • Fusion 360 students
  • Automotive mechanics
  • 3D modeling
  • piano, guitar, musical students
  • AWS certified Students
  • Fusion 360 users

What you’ll learn

  • An overview of welding technologies and processes
  • An overview of the safety equipment, procedures and protocols that should be used while welding
  • Key welding terminology of equipment, processes and principles
  • An overview of Submerged Arc Welding (SAW)
  • An overview of Gas Tungsten Arc Welding (GTAW)
  • An overview of Flux Core Arc Welding (FCAW)
  • An overview of Gas Metal Arc Welding (GMAW)
  • An overview of Shielded Metal Arc Welding (SMAW)

Requirements

  • Some knowledge of manufacturing is helpful
  • Interest in learning technical skills

Description

In this 2.5 hours class titled “Introduction to Welding Technologies and Processes“, you will learn the major concepts, terminology, and approaches to welding with licensed professional engineer and master welding instructor, Garry Pace.

If you are looking for the opportunity to learn the basics of welding without getting buried in obscure details, then this is the class you need. In it, we cover:

  • An overview of the various types of welding
  • An understanding of the major concepts within welding (like “Oxygen is not our friend!”)
  • A rich overview of safety concepts for welders
  • Shielded Metal Arc Welding (SMAW) also called “Mig Welding”
  • Gas Metal Arc Welding (GMAW)
  • Flux Core Arc Welding (FCAW)
  • Gas Tungsten Arc Welding (GTAW) also called “Tig Welding”
  • Submerged Arc Welding (SAW)

This class was built for the manufacturing professional that is new to the field of welding. Novice welders, production supervisors, manufacturing engineers, industrial engineers, quality technicians and manufacturing managers can all benefit from this course to get up to speed on the basics of welding.

By better understanding the major technical concepts of a discipline like welding, manufacturing professionals can more effectively apply their skills to their workplaces. So whether you’re a young process technician or a seasoned quality manager, understanding the fundamentals of this indispensable metal joining technology will be a valuable skill in your career.

When you purchase this class, you gain LIFETIME access to its materials. All the videos and any updates we might add in the future are YOURS to stream for a one-time cost. Also by purchasing this course, you get access to us — Ray Harkins and Garry Pace — if you have any questions about the technical contents for this course. Simply message us through Udemy, and we will get back to you as fast as we can!!

So if a better understanding of welding would enhance your resume and/or improve your workplace effectiveness, then sign up today!! We’d love to see you in class!

Who this course is for:

  • People interested in learning about welding
  • Industrial engineers, quality engineers, manufacturing engineers
  • Quality technicians, process technicians
  • Production supervisors, manufacturing professionals
  • Quality managers, Supply chain managers, Industrial Salespersons

What you’ll learn

  • An overview of the major welding codes and the organizations that issue them
  • How to incorporate the requirements of these codes into your WPS and PQR documents
  • Reading and understanding Welding Procedure Specifications (WPS)
  • Reading and understanding Procedure Qualification Records (PQR)
  • Essential, Nonessential, and Supplementary Essential Welding Variables
  • Developing a preliminary WPS
  • Qualifying and requalifying welders to specific processes
  • The quality requirements of a weld per the applicable codes … Tensile tests, Bend Tests, Appearance, etc.

Requirements

  • General understanding of welding
  • General understanding of manufacturing and quality requirements

Description

In this course “Understanding Welding Codes and Procedures”, you will learn from an industry expert an overview of the Codes, Standards, and Specifications that govern the welding industry.

Industry organizations such as the American Welding Society (AWS), the American Society of Mechanical Engineers (ASME), and the American Petroleum Institute (API) publish a wide range of standards covering everything from simple carbon steel structural applications to nuclear power plant construction. Understanding how to read and interpret these standards, and how to integrate their requirements into your organization’s training documents and work instructions is key to a successful career in welding.

Some of the topics you will learn in this course include:

  • The major industry trade groups and the standards they issue
  • The key sections found in most standards including general info, joint design, base material, filler material, positions, electrical characteristics, and more
  • Best practices in writing Welding Procedure Specifications (WPS) and Procedure Qualification Records (PQR) to align with the major codes
  • The key sections of the WPS including
  • Essential, Non-essential, and Supplementary Essential Variables
  • An overview of welding inspection including test coupons, tensile testing, bend testing, impact testing, non-destructive testing and visual inspection
  • Welder Performance Qualification documentation and testing
  • And much more!!

Who this course is for:

  • Welders
  • Quality professionals, Quality Engineers
  • Engineering professionals, Mechanical Engineers
  • Manufacturing professionals
  • Certified Welding Inspectors

What you’ll learn

  • Introduction to welding, Classification, Types of welds & weld joints,Welding techniques & Best practices
  • Liquid state WELDING – Gas welding, Arc welding, Coding of electrodes, Resistance welding
  • Solid state WELDING – Explosive, Friction, Ultrasonic, Diffusion & Forge Welding
  • Liquid-Solid state WELDING – Brazing & Soldering
  • Weldability & Welding defects

Requirements

  • Just a kin and curious mind !

Description

The welding industry is not for everyone, as it is a very physically demanding and challenging job. However, it’s a job that is essential to a wide variety of products and infrastructures, and it plays an important role in various aspects of everyday life.

When we think about welding, we often don’t realize how this industry impacts the world around us. Welding is an essential component of many industries such as the automotive industry, the construction industry, the aviation industry, and more. Without this form of metal work, so many things, including many buildings, gates, and fences, small kitchen appliances, vehicles – and even space travel – would not exist.

With all that in my mind, I have designed this course in such a way that you will get to know the theoretical and practical aspect of welding in a very comprehensive yet concise way.

What this course gonna teach you – How to supervise welding process, What different types of welding processes are there, What are the best practices, How to read coding of electrode etc.

What this course does not teaches you – How to weld.

This course makes you familiar with most of the welding processes and practices followed in many industries.Its not only beneficial for mechanical/manufacturing engineering students studying in college/universities, but also for working professionals who are already working in an industry & wondering how a welder decides which welding process is suitable.

  • In the 1st unit, you will learn about the the basic introduction to welding.
  • The 2nd unit is all about Liquid state WELDING.(Gas,Arc,Resistance etc.)
  • In the 3rd unit, you are going to know about various types of Solid-state WELDING processes.(Explosive,Friction,Diffusion etc.)
  • The 4th unit is all about Liquid-Solid state WELDING.(Brazing & Soldering)
  • The 5th unit covers all that is left.

The course is quite short yet informative. Even if you are an expert in this field. You will definitely going to learn some new things.

Who this course is for:

  • Mechanical engineering students/graduates
  • Manufacturing engineering students/graduates
  • Students studying in university/college having welding as one of their subject
  • Working professionals whose industry requires various welding processes
  • Anyone who wants to learn about best practices in welding

What you’ll learn

  • An Overview of the Major Welding Processes including FCAW, SAW, SMAW, GTAW and GMAW
  • A Detailed Explanation of Joint Types and Terminology
  • Parts of a Welding Symbol: Reference Lines, Arrows and Tails
  • Groove Weld Terminology including Groove Shapes and their Associated Symbols
  • A Deep Dive into Fillet Welds — Their Applications and Symbols
  • An Overview of Plug, Slot and Stud Welds
  • Nondestructive Testing Types and How to Depict Those Tests on an Engineering Drawing
  • Supplementary Information and Symbols
  • And MUCH MORE!!

Requirements

  • A basic understanding of manufacturing
  • A basic understanding of engineering drawings

Description

Welding symbols are the graphical tools, placed on engineering drawings and specifications, that product engineers and designers use to communicate the intent of their design to the people who are making and inspecting the products. Details like the type, shape, length, thickness, and location of the weld are all communicated through these welding symbols.

And like all symbols, without an understanding of how they work, they’re meaningless. But in this course, “Understanding Welding Symbols”, we show you how to read and interpret these symbols.

Metallurgist and Licensed Professional Engineer, Garry Pace is the instructor for this course. Over the past 20+ years, Garry has taught thousands of welders, weld inspectors, quality engineers, quality technicians, and other manufacturing professionals the fundamentals of welding, along with its procedures and specifications.

In this course, you will learn:

  • An overview of the major welding processes like GTAW, GMAW, SMAW, SAW and FCAW
  • All the major weld joint types
  • Welding symbols … what they mean and why they’re important
  • All the terminology and concepts needed to master welding symbols
  • How groove and fillet welds are specified and dimensioned
  • How plug, slot, and stud welds are specified and dimensioned
  • Supplementary information and symbols
  • An overview of nondestructive testing methods like ultrasonic, liquid penetrant, x-ray, and magnetic particle inspection
  • How required NDT methods are specified on blueprints
  • PLUS: Late 2024 updates that include overviews on:
    • Weld pass types
    • Weld penetration
    • Joint and edge preparation
    • Pre- and post-heat treating

We’ve included in this course far more than just the dry theory. We’ve included real-life examples and practical applications that can only be learned through years of hands-on experience.

Who this course is for:

  • Welders and Welding Inspectors
  • Welding Engineers
  • Manufacturing Professionals
  • Production Supervisors
  • Manufacturing and Industrial Engineers
  • Quality Engineers, Quality Technicians
  • Product Designers
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