Professional Electrical Engineering Course to Handle Electrical Machines

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Professional Electrical Engineering Course

Electrical machines are devices that convert electrical energy into mechanical energy or vice versa. They are fundamental components in electrical engineering, playing a crucial role in power generation, transmission, and distribution. These machines are classified into different types based on their function, such as DC machines, transformers, synchronous machines, and induction motors. Each machine type has its own construction, operating principles, and applications. For instance, DC machines are essential for applications requiring controlled speeds, while transformers are used to step voltage levels up or down in power systems. Induction motors and synchronous machines are critical in industrial and commercial applications due to their efficiency in energy conversion.

Overview

Electrical machines are at the heart of modern electrical engineering. This Electrical Machines in Electrical Engineering course offers a deep dive into the theory of electrical machines, empowering learners to understand the crucial role these machines play in power systems. Through detailed modules, such as DC machines, transformers, and induction motors, students will explore the design, construction, and operation of different types of machines used in applications. The course covers important concepts like torque-speed characteristics, armature winding, and the principles of electromagnetic induction, making it one of the best electrical machines courses available online.

As learners progress, they will uncover how electrical machines contribute to efficient power generation and distribution. The course also delves into advanced topics like the theoretical part on transformers, synchronous machines, and induction machines. With a focus on problem-solving, this course ensures that students are well-equipped to handle the complexities of modern electrical systems.

Designed for students pursuing a diploma in electrical engineering, this course is ideal for anyone seeking to develop a strong understanding of electrical machines. By the end of the programme, students will have gained the knowledge to apply electrical machine principles to theoretical scenarios. Whether you’re looking to advance your career or deepen your expertise in electrical engineering, this course is a solid stepping stone.

Learning outcome

Learn about the construction and operation of various electrical machines.
Understand the principles behind DC machines, transformers, and induction motors.
Apply knowledge of torque-speed characteristics in induction motors.
Explore advanced concepts of synchronous machines and transformers.
Develop problem-solving skills in electrical machine applications.

Course media

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Why should I take this course?

Students pursuing a diploma in electrical engineering.
Aspiring electrical engineers looking to deepen their understanding of electrical machines.
Professionals seeking to expand their knowledge in power systems and machinery.
Those interested in electrical machines courses online for flexible learning.
Engineers wishing to advance their theoretical knowledge in electrical engineering.

Career Path

Electrical Engineer – Average salary: £28,000 – £40,000
Power Systems Engineer – Average salary: £32,000 – £45,000
Electrical Design Engineer – Average salary: £35,000 – £47,000
Maintenance Engineer (Electrical) – Average salary: £30,000 – £42,000
Transformer Engineer – Average salary: £33,000 – £45,000
Electrical Project Manager – Average salary: £40,000 – £55,000

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 02: Proceeds of Crime Act 2002

00:17:00
Module 09: Awareness and Training

00:18:00
Module 06: Customer Due Diligence

00:21:00
Module 03: Development of Anti-Money Laundering Regulation

00:30:00
Module 05: Risk-based Approach

00:20:00
Module 07: Record Keeping

00:14:00

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