Electrical Machines for Electrical Engineering

Last updated: June 13, 2024

Language: English

Flexible Schedule

Dive into the fascinating world of “Electrical Machines for Electrical Engineering” and elevate your expertise in this dynamic field. This comprehensive course provides a deep understanding of electric machines, from basic principles to advanced concepts. By exploring the construction and operation of various electrical machines, you will gain the knowledge required to excel in your career.

The curriculum covers essential topics, including DC machines, transformers, magnetic circuits, and both synchronous and induction machines. Each unit is designed to build your theoretical foundation and enhance your practical application skills. With this course, you will be well-equipped to tackle real-world electrical engineering challenges confidently.

Our engaging and structured approach ensures you master the complexities of electrical machines. This course not only broadens your technical understanding but also boosts your problem-solving abilities. Join us to unlock new opportunities and drive your career forward in the exciting field of electrical engineering.

Learning Outcomes

Understand the fundamental principles of electric machines and their applications.
Analyse the construction and operation of DC machines and transformers.
Comprehend the basics of magnetic circuits and their role in electrical machines.
Differentiate between synchronous and induction machines and their functionalities.
Apply theoretical knowledge to practical scenarios in electrical engineering.

Why buy this Electrical Machines for Electrical Engineering Course?

Unlimited access to the course for a lifetime.
Opportunity to earn a certificate accredited by the CPD Quality Standards and CIQ after completing this course.
Structured lesson planning in line with industry standards.
Immerse yourself in innovative and captivating course materials and activities.
Assessments designed to evaluate advanced cognitive abilities and skill proficiency.
Flexibility to complete the Course at your own pace, on your own schedule.
Receive full tutor support throughout the week, from Monday to Friday, to enhance your learning experience.
Unlock career resources for CV improvement, interview readiness, and job success.

Certification

After studying the course materials of the Electrical Machines for Electrical Engineering there will be a written assignment test which you can take either during or at the end of the course. After successfully passing the test you will be able to claim the pdf certificate for £5.99. Original Hard Copy certificates need to be ordered at an additional cost of £9.60.

Who is this Electrical Machines for Electrical Engineering course for?

Aspiring electrical engineers seeking to deepen their knowledge.
Students pursuing a degree in electrical engineering.
Professionals aiming to specialise in electric machines.
Technicians looking to enhance their technical skills.
Enthusiasts interested in the field of electrical engineering.

Prerequisites

This Electrical Machines for Electrical Engineering does not require you to have any prior qualifications or experience. You can just enrol and start learning.This Electrical Machines for Electrical Engineering was made by professionals and it is compatible with all PC’s, Mac’s, tablets and smartphones. You will be able to access the course from anywhere at any time as long as you have a good enough internet connection.

Career path

Electrical Engineer: £30,000 – £50,000 Per Annum
Power Systems Engineer: £35,000 – £55,000 Per Annum
Transformer Design Engineer: £40,000 – £60,000 Per Annum
Synchronous Machine Specialist: £45,000 – £65,000 Per Annum
Induction Machine Technician: £25,000 – £40,000 Per Annum
Magnetic Circuit Analyst: £38,000 – £58,000 Per Annum

Course Curriculum

Unit 1: Introduction to Electric Machines
	Module 1- Introduction to Electric Machines	00:03:00
	Module 2- Types of Electric Machines and Principle of Electrical Generation	00:09:00
Unit 2: DC Machines
	Module 1- Importance and Construction of DC Machines	00:26:00
	Module 2- Armature Winding and EMF Equation	00:40:00
	Module 3-Solved Example 1	00:05:00
	Module 4-Solved Example 2	00:04:00
	Module 5-Solved Example 3	00:07:00
	Module 6-Solved Example 4	00:06:00
	Module 7-Separately Excited DC Machine	00:21:00
	Module 8-Shunt and Series DC Machines	00:25:00
	Module 9-Solved Example 1 on Separately Excited DC Machine	00:07:00
	Module 10-Solved Example 2 on Separately Excited DC Machine	00:07:00
	Module 11-Solved Example 3 on Shunt Generator	00:04:00
	Module 12-Solved Example 4 on Shunt Generator	00:07:00
	Module 13-Solved Example 5 on Series DC Generator	00:06:00
	Module 14-Types and Applications of Compound DC Motors	00:07:00
	Module 15- Torque-Speed Characteristics and Speed Control of Separately Excited DC Motor	00:33:00
	Module 16- Torque-Speed Characteristics of Series DC Motor	00:08:00
	Module 17-Solved Example 1 on Speed Control	00:08:00
	Module 18-Solved Example 2 on Speed Control	00:06:00
	Module 19- Starting of DC Machine	00:14:00
	Module 20- Armature Reaction in DC Machines	00:10:00
	Module 21-Losses in DC Machines	00:04:00
Unit 3: Construction of Transformers
	Module 1- What is a Transformer	00:02:00
	Module 2- Importance of Transformer	00:04:00
	Module 3-Iron Core of Transformer	00:04:00
	Module 4- Magnetic Circuit Inside Transformer	00:05:00
	Module 5- Windings of Transformer	00:03:00
	Module 6- Why are Windings Made of Copper	00:01:00
	Module 7- Classification of Windings	00:05:00
	Module 8- Insulating Material and Transformer Oil	00:02:00
	Module 9- Conservator of Transformer	00:03:00
	Module 10- Breather of Transformer	00:04:00
	Module 11- Bushings of Transformer	00:04:00
	Module 12- Tap Changer of Transformer	00:03:00
	Module 13- Cooling Tubes of Transformer	00:01:00
	Module 14- Buchholz Relay of Transformer	00:02:00
	Module 15- Explosion Vent	00:02:00
	Module 16- Methods of Cooling	00:03:00
	Module 17-Types of Transformers	00:03:00
	Module 18- Power Transformer and Distribution Transformer	00:05:00
	Module 19- Single Phase Core Type Transformer	00:04:00
	Module 20-Single Phase Shell Type Transformer	00:05:00
	Module 21- 3 Phase Core Type	00:02:00
	Module 22- 3 Phase Shell Type	00:01:00
	Module 23- Comparison between Shell and Core CSA	00:01:00
	Module 24- Comparison between Shell and Core Type	00:01:00
	Module 25- Notes	00:03:00
	Module 26-Video Explaining The Components in 3D and Real Life	00:05:00
Unit 4: Fundamentals of Magnetic Circuits
	Module 1- Introduction to Magnetic Circuits	00:02:00
	Module 2- Induced Emf and Current	00:04:00
	Module 3- Ampere Right Hand Rule	00:04:00
	Module 4- Magnetic Circuit and Important Definitions	00:06:00
	Module 5- Linear and Non Linear Materials	00:03:00
	Module 6-Flux Linkage and Reluctance	00:04:00
	Module 7- Analogy between Electric and Magnetic Circuits	00:06:00
	Module 8- Fringing Effect	00:02:00
	Module 9- Example 1 Magnetic Circuits	00:07:00
	Module 10- Example 2	00:03:00
	Module 11- Example 3	00:06:00
	Module 12- Application on Magnetic Circuit – Transformers	00:04:00
Unit 5: Theoretical Part on Transformers
	Module 1- Introduction to Transformers	00:02:00
	Module 2- Construction of Transformer	00:02:00
	Module 3-Theory of Operation	00:04:00
	Module 4- Ideal Transformer	00:05:00
	Module 5-Non Ideal Transformer	00:02:00
	Module 6- Effect of Loading on Transformer	00:03:00
	Module 7- Transformer Regulation	00:03:00
	Module 8- Transformer Losses	00:03:00
	Module 9- Transformer Efficiency	00:05:00
	Module 10- Transformer Rating	00:02:00
	Module 11- Question 1	00:01:00
	Module 12- Question 2	00:02:00
	Module 13- Question 3	00:01:00
	Module 14- Example 1	00:01:00
	Module 15- Voltage Relation of Transformer	00:04:00
	Module 16- Transformer Exact Equivalent Circuit	00:06:00
	Module 17- Concept of Refereeing	00:04:00
	Module 18- Approximate Equivalent Circuit	00:02:00
Unit 6: Synchronous Machines
	Module 1- Construction and Principle of Operation of Synchronous Generator	00:29:00
	Module 2- Principle of Operation of Synchronous Motor	00:24:00
	Module 3- Equivalent Circuit and Phasor Diagram of Non Salient Synchronous Machine	00:29:00
	Module 4-Solved Example 1 on Non Salient Machine	00:05:00
	Module 5-Solved Example 2 on Non Salient Machine	00:11:00
	Module 6-Solved Example 3 on Non Salient Machine	00:07:00
	Module 7- Solved Example 4 on Non Salient Machine	00:04:00
	Module 8-Solved Example 5 on Non Salient Machine	00:07:00
	Module 9-Solved Example 6 on Non Salient Machine	00:03:00
	Module 10- Equivalent Circuit and Phasor Diagram of Salient Synchronous Machine	00:39:00
	Module 11-Solved Example 1 on Salient Machine	00:09:00
	Module 12- Solved Example 2 on Salient Machine	00:05:00
	Module 13-Solved Example 3 on Salient Machine	00:10:00
	Module 14- Parallel Operation of Two Generators	00:17:00
	Module 15- Synchronization of Machine with Grid	00:10:00
Unit 7: Induction Machines
	Module 1- Construction and Theory of Operation of Induction Machines	00:27:00
	Module 2- Equivalent Circuit and Power Flow in Induction Motor	00:23:00
	Module 3- Torque-Speed Characteristics of Induction Motor	00:20:00
	Module 4- Solved Example 1 on Induction Motor	00:08:00
	Module 5-Solved Example 2 on Induction Motor	00:06:00
	Module 6-Solved Example 3 on Induction Motor	00:06:00
	Module 7-Solved Example 4 on Induction Motor	00:18:00
	Module 8-Solved Example 5 on Induction Motor	00:13:00
	Module 9- Methods of Speed Control of Induction Motor	00:27:00
	Module 10- Methods of Starting of Induction Motor	00:21:00
	Module 11-Solved Example on Motor Starter	00:15:00
	Module 12- Principle of Operation of Doubly Fed Induction Generator	00:11:00
	Module 13-Self Excited Induction Generator	00:08:00
Assignment
	Assignment – Electrical Machines for Electrical Engineering	00:00:00