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Diploma in Electrical Engineering
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16 Course Bundle | Free Student Support | Free PDF Certificate Included + GIFT 2 COURSE | FREE Resources

Summary

Price
£29 inc VAT
Study method
Online, On Demand
Duration
62.3 hours · Self-paced
Qualification
No formal qualification
Certificates
  • Reed Courses Certificate of Completion - Free
Additional info
  • Tutor is available to students

Overview

*** 16 Premium Course only $29***

***Exclusive "Diploma in Electrical Engineering" Bundle are Included***

  1. Basic Fundamentals of Electricity and DC Circuit Analysis
  2. Basic Fundamentals of AC Circuit Analysis
  3. Digital Electric Circuits & Intelligent Electrical Devices
  4. Electric Power Metering for Single and Three Phase Systems
  5. Trigonometry for Electrical Engineering
  6. Engineering Calculus Made Simple (Derivatives)
  7. Protection and Control of High Voltage Power Circuits
  8. Electrical 3 Phase Power Transformers Fundamentals
  9. Distribution Station & Feeder Protection
  10. Power Analysis in AC Circuits
  11. Per Unit Analysis for Single and Three Phase Systems
  12. Symmetrical Components for Three Phase Power Analysis
  13. Short Circuit Analysis for HV Three Phase Systems
  14. Rotating Machines
  15. GIFT COURSE 1 : Cyber Security
  16. GIFT COURSE 2 : Project Management


Are you looking for a career that offers both excitement and job stability? Do you want to be at the forefront of technological innovation and help shape the future of our world? Then consider a career in Electrical Engineering!

Electrical Engineering is an incredibly diverse and dynamic field that covers everything from power generation and distribution to consumer electronics and cutting-edge technologies like renewable energy and electric vehicles. As an Electrical Engineer, you'll have the opportunity to work on projects that directly impact our daily lives and shape the course of history.

Not only is Electrical Engineering an exciting and intellectually stimulating field, but it also offers excellent job prospects and a great earning potential. According to the Bureau of Labor Statistics, the median annual salary for electrical engineers is over $100,000, making it one of the highest paying careers in the engineering field.

In addition to the great financial rewards, Electrical Engineering is a field that is in high demand and is expected to continue to grow in the coming years. This means that job prospects are strong and there is a high degree of job security in the field.

If you're interested in pursuing a career in Electrical Engineering, there are many paths you can take. Whether you choose to work in the private sector, for government agencies, or in academia, Electrical Engineering provides a wide range of opportunities for personal and professional growth.

So why wait? Invest in your future today by pursuing a career in Electrical Engineering. With the right education and training, you can embark on a fulfilling and rewarding career that offers endless opportunities for growth, challenge, and success.

Enrol today if you want to know everything about Electrical Engineering and increase your dream career skills.


Our instructors share the tools and necessary framework to allow learners to pass all aspects of this course. You will have access to a diverse selection of prominent professional academics and industry leaders. We have packed the entire course with essential insights and examples of both theoretical & practical aspects of Electrical Engineering To ensure you excel in your career.

The syllabus is designed considering learner psychology. Every module is a bite-sized piece of understandable interactive learning. You can learn at anytime, anywhere, on any device. The course ensures your professional development with international accreditation.

Certificates

Reed Courses Certificate of Completion

Digital certificate - Included

Will be downloadable when all lectures have been completed.

Curriculum

16
sections
156
lectures
62h 16m
total

    • 1: Intro Basic Electricity Preview 06:30
    • 2: The Nature of Electricity 20:07
    • 3: Conductors and Insulators 08:26
    • 4: Current and Electric Circuits 12:35
    • 5: Ohm's Law 05:48
    • 6: Electric Power 11:41
    • 7: Series and Parallel Circuits 17:52
    • 8: Circuit Theorems 1:31:13
    • 9: Electric Fields and Capacitance 26:08
    • 10: Magnetism and Inductance 48:56
    • 11: Transient Response Capacitors and Inductors 09:44

    • 19: Introduction 05:29
    • 20: Numbering Systems 27:54
    • 21: Binary Arithmetic 18:57
    • 22: Logic Gates 30:08
    • 23: Flip-Flops 22:53
    • 24: Counters and Shift Registers 12:06
    • 25: Adders 10:39

    • 26: Basic Metering Introduction Preview 01:03
    • 27: Power and Energy 14:54
    • 28: AC Power 50:38
    • 29: Instrumentation 39:28
    • 30: Single Phase Metering 34:09
    • 31: Instrument Transformers 32:47
    • 32: Three Phase Metering 42:23
    • 33: Cross Wattmeter Verification 32:24

    • 34: Introduction Preview 08:15
    • 35: Point Lines and Angles 12:55
    • 36: Intersecting and Parallel Lines Triangles 11:26
    • 37: Triangles 21:46
    • 38: The Pythagorean Theorem 09:37
    • 39: Unique Triangles and Ratios 13:01
    • 40: Trig functions and Tangents 33:40
    • 41: The Unit Circle 1:20:23
    • 42: Trig Identities 42:12
    • 43: Product to Sum Formulas 22:53
    • 44: Double and Half Angle Formulas 31:33
    • 45: Trig Functions in the Time Domain 16:39

    • 46: Introduction Preview 08:20
    • 47: Functions 24:02
    • 48: Limits 42:16
    • 49: The Derivative 40:03
    • 50: Trig Identities 21:58
    • 51: The Squeeze Theorem 31:13
    • 52: The Derivative of Sin(x) 08:25
    • 53: The Derivative of Cos(x) 10:10
    • 54: Other Derivatives 28:58

    • 55: Introduction Preview 13:04
    • 56: Overview of Stations 36:20
    • 57: Relaying in General 46:27
    • 58: Instrument Transformers 17:54
    • 59: Transformer Configurations Connections Cooling 27:30
    • 60: Surge Protective Equipment 27:05
    • 61: High Voltage Circuit Breakers 18:20
    • 62: Breaker Control and Auto Reclosing 23:38
    • 63: Instantaneous and Timed Over Current Protection 43:34
    • 64: Differential Protection 25:28
    • 65: Impedance Relaying 43:38

    • 66: Introduction Preview 09:30
    • 67: The Ideal Transformer 54:31
    • 68: The Real Transformer 09:09
    • 69: Instrument Transformers 18:42
    • 70: Three Phase Power Transformers 1:49:42
    • 71: Transformer Clock System Vector Nomenclature 16:51
    • 72: Transformer Construction and Cooling 25:59
    • 73: Transformer Protection 53:42
    • 74: Transformer Relays 38:29

    • 75: Introduction Preview 09:11
    • 76: Per Phase Analysis 08:45
    • 77: Sub-Station Protection 1:13:41
    • 78: A Protection Coordination Problem 08:45
    • 79: Surge Protective Equipment 30:41
    • 80: Instantaneous and Timed Over Current Protection 48:35

    • 81: Introduction Preview 07:09
    • 82: Power and Energy Defined 14:28
    • 83: Power in Reactive Circuits Part A 10:19
    • 84: Power in Reactive Circuits Part B 29:52
    • 85: Power Trig Identities 16:07
    • 86: Power, Real and Reactive 35:58
    • 87: Power More on Average, Real and Reactive 45:14
    • 88: Power - Complex Power 23:04
    • 89: Power Factor Correction(defective) 22:12
    • 90: Power Factor Correction 22:12
    • 91: Power in 3 Phase Circuits 14:19

    • 92: Introduction Preview 05:54
    • 93: Per Phase Analysis 33:33
    • 94: The Normalization Process 50:29
    • 95: Single Phase PU Example 10:18
    • 96: Three Phase PU Analysis and Transformer Configurations 51:53
    • 97: Three Phase PU Analysis and Transformer Configurations 44:01
    • 98: Three Phase PU Analysis and Transformer Configurations 51:03
    • 99: Change of Bases 16:06
    • 100: System Circuit Analysis 27:19
    • 101: Three Phase PU Example 18:30
    • 102: Example 1 09:27
    • 103: Example 2 22:10
    • 104: Example 3 24:21

    • 105: Introduction Preview 09:14
    • 106: Symmetrical Components Overview 18:06
    • 107: The Components 03:14
    • 108: The "a" Operator 06:27
    • 109: Working with the a Operator 03:57
    • 110: Synthesis Equations 18:49
    • 111: Problems and Solutions 30:49

    • 112: Introduction Preview 06:44
    • 113: Short Circuit and Fault Analysis Overview 11:37
    • 114: Per Phase Analysis 33:03
    • 115: Per Unit Analysis 22:22
    • 116: Change of Base 11:10
    • 117: Transformers and Per Unit Analysis 31:23
    • 118: Symmetrical Components 29:55
    • 119: Asymmetrical Three Phase Fault Analysis 51:36
    • 120: System Modeling 29:39

    • 121: Introduction 06:28
    • 122: Review of Machinery Principles 42:54
    • 123: DC Machines 1:10:34
    • 124: AC Machinery Fundamentals 1:48:43
    • 125: 3 Phase Induction Motor 1:07:09
    • 126: Synchronous Generator and Motors (part 1) 1:13:49
    • 127: Synchronous Generator and Motors (part 2) 47:59
    • 128: Synchronous Generator and Motors Probe 32:01

    • 129: Introduction to Cyber Security 05:00
    • 130: Cyber Attacks 06:00
    • 131: Cybercrimes 06:00
    • 132: Cyber Security and Data Breaches 07:00
    • 133: Password Management 04:00
    • 134: Internet Browsing 06:00
    • 135: Office and Remote Work Security 06:00
    • 136: Device Management 06:00
    • 137: Preventative Measures 06:00

    • 138: Overview of Project Management 06:00
    • 139: PMBOK and PMI 04:00
    • 140: Global Project Management 12:00
    • 141: Life Cycle of a Project 09:00
    • 142: Time Management 11:00
    • 143: Quality Control 05:00
    • 144: Effective Planning and Scheduling 15:00
    • 145: Human Resource Management 06:00
    • 146: Performance Management 06:00
    • 147: Talent Management 04:00
    • 148: Arranging conferences and meetings 07:00
    • 149: Resource management 06:00
    • 150: Change Management 07:00
    • 151: Business Risk Management and Recovery 05:00
    • 152: Conflict Management 03:00
    • 153: Stress Management 04:00
    • 154: Communication Management 10:00
    • 155: Purchase Management and Procurement 05:00
    • 156: Risk Management 07:00

Course media

Description

This innovative Electrical Engineering Course has been compiled with the assistance and expertise of industry professionals. It has been carefully crafted to meet the learning requirements needed to help you make an outstanding contribution to the field and develop a successful career path.

The course has been completed by hundreds of students and has empowered them to find work and form a rewarding career. The course is designed and developed following reputable international standards. It will make your CV outstanding and put you ahead of the competition. It is designed for study anytime, anywhere, on any device. Upon completing our final assessment, you will be awarded a certificate to validate your new skills and allow you to enter this dynamic employment sector.

After enrolling on this Electrical Engineering Course, you can use our support scheme to question professional tutors by email. The course was designed by experts for the future-focused professional and considers today's rapidly changing professional environment.



Method of Assessment

Students are evaluated by multiple-choice exams or assignments or a project submitted online. Students must score above 60% to pass.

Certification

Once you finish the Electrical Engineering Course, you will be awarded a course completion certificate.



Who is this course for?

The Electrical Engineering Training course is for motivated learners with an internet connection and smart device (phone, tablet or computer). It is for anyone who wants to develop their professional skills and train for a new job or upskill ready for a promotion.

Requirements

For the Electrical Engineering Training course

  • There are no official admission requirements.
  • A strong desire to learn
  • A computer or a mobile device

Career path

The Electrical Engineering Course is designed to give you the skills and knowledge for the job of your dreams, a promotion at work, or to become self-employed and start your own company.

Questions and answers

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Reviews

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Legal information

This course is advertised on Reed.co.uk by the Course Provider, whose terms and conditions apply. Purchases are made directly from the Course Provider, and as such, content and materials are supplied by the Course Provider directly. Reed is acting as agent and not reseller in relation to this course. Reed's only responsibility is to facilitate your payment for the course. It is your responsibility to review and agree to the Course Provider's terms and conditions and satisfy yourself as to the suitability of the course you intend to purchase. Reed will not have any responsibility for the content of the course and/or associated materials.

FAQs

Study method describes the format in which the course will be delivered. At Reed Courses, courses are delivered in a number of ways, including online courses, where the course content can be accessed online remotely, and classroom courses, where courses are delivered in person at a classroom venue.

CPD stands for Continuing Professional Development. If you work in certain professions or for certain companies, your employer may require you to complete a number of CPD hours or points, per year. You can find a range of CPD courses on Reed Courses, many of which can be completed online.

A regulated qualification is delivered by a learning institution which is regulated by a government body. In England, the government body which regulates courses is Ofqual. Ofqual regulated qualifications sit on the Regulated Qualifications Framework (RQF), which can help students understand how different qualifications in different fields compare to each other. The framework also helps students to understand what qualifications they need to progress towards a higher learning goal, such as a university degree or equivalent higher education award.

An endorsed course is a skills based course which has been checked over and approved by an independent awarding body. Endorsed courses are not regulated so do not result in a qualification - however, the student can usually purchase a certificate showing the awarding body's logo if they wish. Certain awarding bodies - such as Quality Licence Scheme and TQUK - have developed endorsement schemes as a way to help students select the best skills based courses for them.
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