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Modern Manufacturing

Modern Manufacturing

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Overview

Learn the principles of modern manufacturing, why traditional processes are being replaced, and how to create your own interdisciplinary manufacturing techniques for any concept developed, with this complete training course.

In this in-depth course, you will learn about advanced manufacturing technology and why unconventional machining is the future. It explores different types of machining in detail – from electric discharge machines to laser beam technology. It will also explore advanced manufacturing processes for different materials, and the applications of unconventional machining processes in detail.

Gain the skills to solve modern problems through advanced technology and manufacturing processes, and kickstart a successful career in engineering, by enrolling as a part-time or full-time learner today.

Course design

The course is delivered through our online learning platform, accessible through any internet-connected device. There are no formal deadlines or teaching schedules, meaning you are free to study the course at your own pace.

You are taught through a combination of

Video lessons
Online study materials

Will I receive a certificate of completion?

Upon successful completion, you will qualify for the UK and internationally-recognised CPD accredited certification. You can choose to make your achievement formal by obtaining your PDF Certificate at the cost of £9 and Hard Copy Certificate for £15.

Why study this course

It doesn’t matter if you are an aspiring professional or absolute beginner; this course will enhance your expertise and boost your CV with critical skills and an accredited certification attesting to your knowledge.

The Modern Manufacturing is fully available to anyone, and no previous qualifications are needed to enrol. All Thames College needs to know is that you are eager to learn and are over 16.

Course Curriculum

Section 01: Introduction
	Introduction	00:05:00
	Unconventional Machining	00:13:00
	Types Of Energy	00:03:00
Section 02: Electric Discharge Machining
	Introduction	00:03:00
	Principle And Working	00:11:00
	Dielectric Medium	00:08:00
	Tool And Wear	00:06:00
	Parameters And Functions	00:10:00
	Advantages And Applications	00:04:00
	Process	00:06:00
	Summary	00:02:00
Section 03: Electrochemical Machining
	Introduction	00:03:00
	Principle	00:05:00
	Working Mechanism	00:06:00
	Tool And Electrolyte	00:13:00
	Process Capabilities	00:06:00
	Advantages And Applications	00:05:00
	Process	00:02:00
	Summary	00:02:00
Section 04: Abrasive Jet Machining
	Introduction	00:03:00
	Principle	00:05:00
	Setup And Components	00:07:00
	Abrasives	00:07:00
	Process Parameters	00:08:00
	Material Removal Rate	00:09:00
	Advantages and Applications	00:05:00
	Process	00:02:00
	Summary	00:03:00
Section 05: Ultrasonic Machining
	Introduction	00:02:00
	Principle And Working	00:04:00
	Machine And Elements	00:07:00
	Abrasives	00:08:00
	Material Removal Rate	00:10:00
	Advantages And Applications	00:04:00
	Process	00:03:00
	Summary	00:03:00
Section 06: Laser Beam Machining
	Introduction	00:02:00
	Principle	00:07:00
	Types Of Laser	00:12:00
	Working	00:06:00
	Process Characteristics	00:08:00
	Advantages And Applications	00:05:00
	Process	00:03:00
	Summary	00:03:00
Section 07: Plasma Arc Machining
	Introduction	00:02:00
	Principle	00:04:00
	Working System	00:07:00
	Torches	00:12:00
	Process Parameters	00:10:00
	Advantages and Applications	00:06:00
	Process	00:04:00
	Summary	00:02:00
Section 08: Electron Beam Machining
	Introduction	00:03:00
	Principle	00:06:00
	Working And Mechanism	00:05:00
	Major Components	00:08:00
	Parameters And Characteristics	00:07:00
	Advantages And Applications	00:05:00
	Process	00:01:00
	Summary	00:01:00
Section 09: The Finish Line
	Conclusion	00:01:00