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Electrical, Electronics and Power Engineering Fundamentals
Rating: 4.4 out of 5(34 ratings)
2,038 students

Electrical, Electronics and Power Engineering Fundamentals

Start your career in Electrical, Electronics & Power engineering by learning Fundamentals of Electrical Engineering
Created byEngr Usama
Last updated 1/2025
English
English [Auto],

What you'll learn

  • Learn basics of Electrical Circuits
  • Brief discussion on Motors and Generators
  • Learn how PLC and SCADA system works.
  • Learn different Electrical Tools and Devices
  • Brief lecture on transformer, mode of operation, type, applications and transformer parts.

Course content

1 section • 8 lectures • 1h 10m total length

  • Introduction3:52

    Explore fundamental electrical engineering concepts across seven lectures, covering electrical circuits and networks, motors and generators, transformers, electrical tools, programmable logic controllers, supervisory control and data acquisition, and safety considerations.

  • Electrical Circuits7:11

    Explore electrical circuits, including series and parallel configurations, open and short circuits, unilateral and bilateral types, and active and passive elements shaping current flow.

  • Motors and Generators11:27

    Explore how motors convert electrical energy to motion and generators convert motion to electricity, applying Fleming’s left and right hand rules, covering brushed, brushless, servo, stepper motors, and AC/DC generators.

  • Transformers12:14

    Explore transformer principles, including electromagnetic induction, primary and secondary windings, and step up, step down, and isolation types. Review core and shell designs, common losses, and efficiency calculation.

  • Electrical Tools and Equipment9:04

    Explore essential electrical tools and equipment, from wire strippers and pliers to voltmeters and digital oscilloscopes. Use function generators, DC power supplies, and breadboards for hands-on testing.

  • PLC [Programmable Logic Controllers]11:05

    Explore programmable logic controllers (plcs), their history and use in industrial control systems. Review plc components, compact versus modular designs, and languages ladder logic, structured text, function block diagram.

  • SCADA [Supervisory Control And Data Acquisition]5:48

    Learn the essentials of scada—supervisory control and data acquisition—covering real-time data from remote locations, sensors and actuators, PLCs and terminal units, HMI software, and communications across industries.

  • Relays10:06

    Relays act as electrically operated switches with input terminals and control signals. The lecture covers electromagnetic and solid-state types, delays, distance variants, and their use in isolation and automation.

Requirements

  • No Electrical experience needed. You will learn everything you need to know
  • for fresh Electrical Engineering graduates and Electricians
  • The course structure is from beginners to advance level
  • Anyone who is interested in Electrical Field

Description

This course is provide a complete overview of Important topics related Electrical Engineering and Electronics Engineering & Power Engineering. The course consists of total 7 lectures. Each Lecture is cover with detail discussion. The course total duration of about 1-hour. All lectures will be given in simple and precise way that would help Beginners to understand essential Electrical concepts.


Lecture 1: In this lecture overall course outline and Instructor introduction will be discuss.

Lecture2: What is electrical Circuit their different types such as short circuit, open circuit, linear circuit, Uni-lateral circuit, Bi-lateral circuit, non-linear circuit, active and passive circuit and parts of Electrical network will be discuss.

Lecture 3: Brief discussion on Electric Motors and Generators, their types mode of operation, and their practical applications.

Lecture 4: Students will learn all the important theories related to transformers, their different types, parts of power transformer, their principle of working, how to calculate the efficiency of transformer, what types of losses in transformer and practical applications.

Lecture 5: In this lecture different type if Electrical tools and lab equipment that Electronics and Electrical Engineers use during tests or in the field working

Lecture 6: Brief discussion on Programmable Logic Controller [PLC] , it's components types and practical applications as well.

Lecture 7: In this lecture students will learn what is Supervisory Control And Data Acquisition SCADA system? and how it will help in the automation process, their parts and practical applications.

Lecture 8: In last lecture relays will be discuss. what are their role in Electrical field how they use as protection and tripping devices, what are there types, and what are their commercial and industrial applications.


Who this course is for:

  • Fresh Engineers and Beginners that are interested in Electrical field.

  • People that are interested in becoming an electrician.

  • Students that want to learn the basics of motor & generators controls.

Who this course is for:

  • Beginners who are interested in the Electrical Field
  • People interested in becoming an electrician
  • For fresh and undergraduate and graduate Electrical Engineers
  • Engineers who want to enhance their professional skills

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