Magnetic Circuits
Understand magnetic flux, flux density, MMF, permeability, reluctance, magnetization curves, hysteresis, inductance, and Faraday's law through solved examples.
Khadija Academy · Electrical Engineering
Complete Electrical Machines Bootcamp — Zero to Hero
Master DC machines, induction and synchronous machines, transformers, magnetic circuits, motor protection, and PLC/MATLAB simulations in one comprehensive bootcamp.
47+ Hours of Training
Beginner Friendly
MATLAB + PLC
Certificate Included
- Build your understanding from magnetic circuits and transformers to electrical machines.
- Study machine operation, characteristics, starting, speed control, and practical applications.
- Connect theory with MATLAB Simulink, motor protection, NEC sizing, and PLC programming.
47+Hours of training
5 CoreMachines & transformer topics
PLC + MATLABPractical simulations
What You Will Learn
From Magnetic Circuits to Practical Machine Applications
Build a connected understanding of electrical machines, transformers, simulation, protection, and PLC control.
Electrical Transformers
Study transformer construction, equivalent circuits, losses, efficiency, voltage regulation, testing, three-phase connections, vector groups, and essential components.
DC Machines
Analyze separately excited, shunt, series, and compound DC machines, including generator characteristics, motor torque-speed behavior, starting, and speed control.
Synchronous Machines
Explore synchronous generators and motors, salient and non-salient rotor models, equivalent circuits, phasor diagrams, parallel operation, and grid synchronization.
Induction Machines
Learn induction motor theory, equivalent circuits, power flow, torque-speed characteristics, starting methods, speed control, and induction generators including DFIGs.
MATLAB Simulink
Connect electrical-machine theory to simulation by building and analyzing practical machine models in MATLAB Simulink.
Motor Protection & NEC
Study motor overcurrent and overload protection, conductor sizing, circuit breakers, fuses, disconnect switches, trip curves, and relevant NEC sizing practices.
Disconnects, Breakers & Fuses
Understand practical selection topics for disconnect switches, LV/MV circuit breakers, residual-current protection, fuses, and power-factor correction with capacitor banks.
PLC Programming with LogixPro
Practice ladder logic, contacts and coils, start-stop circuits, latches, timers, counters, scan cycles, and simulator-based control exercises.
Who Is This Course For?
Designed for Students and Practicing Engineers
Build core knowledge, strengthen your understanding, and connect theory with practical engineering tasks.
Electrical Engineering Students
Develop a structured understanding of magnetic circuits, transformers, DC machines, induction machines, and synchronous machines.
Beginners & Recent Graduates
Review the fundamentals step by step and learn how machine theory connects to simulation, protection, and control.
Practicing Engineers
Refresh machine concepts and explore practical topics such as motor protection, NEC sizing, MATLAB Simulink, and PLC programming.
Exclusive Course Material
686 Pages of Bonus Course Slides
Keep the included slide decks as a study companion and a convenient reference while reviewing the course topics.
Magnetic Circuits & Transformers
206 pages covering Magnetic Circuits (45 pages) and Electrical Transformers (161 pages).
Electrical Machines
299 pages covering DC Machines (180 pages), Induction Machines (62 pages), and Synchronous Machines (57 pages).
Protection & Sizing
181 pages covering NEC conductor/overcurrent/overload sizing (73 pages), disconnect switches (72 pages), and breakers, fuses, and power factor (36 pages).
Recognize Your Progress
Certificate of Completion
Complete the course according to the platform's requirements and use your certificate to document your learning progress.
- Study the lessons at your own pace.
- Review the included course materials according to your access plan.
- Earn a course completion certificate subject to the platform's requirements.
Choose Your Access
One Bootcamp. Two Ways to Learn.
Choose a monthly subscription or make a one-time payment for lifetime access.
Monthly Subscription
$19.99 / month
A flexible option for learners who prefer monthly payments.
- Access to the Electrical Machines Bootcamp while subscribed
- Learn at your own pace
- Lessons and downloadable course slides
Recurring monthly subscription. Check checkout for applicable terms.
Lifetime Access
$97
Pay once and keep permanent access to the course and updates.
- Lifetime access to the complete bootcamp
- Permanent access to all bonus slides and materials
- No monthly subscription renewals
One-time payment. Check checkout for applicable access terms.
Course Curriculum
Course Content
Available in
days
days
after you enroll
Magnetic Circuits
Available in
days
days
after you enroll
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StartMagnetic Flux, Flux Density, and MMF (20:25)
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StartMagnetic Permeability, Magnetic Intensity, and Reluctance (15:54)
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StartCourse PDF Slides
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StartSolved Example 1 (5:45)
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StartSolved Example 2 (9:24)
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StartFringing Effect in Magnetic Circuits (6:55)
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StartRepresentation of a Magnetic Circuit (14:41)
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StartSolved Example 3 (10:04)
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StartSolved Example 4 (14:07)
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StartMagnetization Curve and Hysteresis Loop (20:18)
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StartSolved Example 5 (11:06)
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StartInductance and Flux Linkage (3:49)
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StartFaraday's Law of Induction and Lenz’s Law (20:47)
Basics of Transformers
Available in
days
days
after you enroll
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StartIntroduction to Electrical Transformers (8:59)
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StartConstruction and Operation of a Single Phase Transformer (15:28)
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StartIdeal Transformer (9:41)
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StartPhasor Diagram of an Ideal Transformer (6:57)
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StartE.M.F Equation of a Transformer (7:04)
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StartPolarity of Transformer Windings (13:55)
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StartSolved Questions (7:41)
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StartSolved Examples on Ideal Transformer (12:57)
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StartShifting Impedances in a Transformer (5:42)
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StartExample on Shifting Impedances (13:01)
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StartTransformer Losses (11:37)
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StartPractical Transformer and Exact Equivalent Circuit (11:14)
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StartApproximate Equivalent Circuit (6:47)
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StartPhasor Diagram of a Practical Transformer at No Load (8:18)
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StartPhasor Diagram of a Practical Transformer at Inductive Load (7:47)
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StartSolved Example 1 on Practical Transformers (5:25)
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StartSolved Example 2 on Practical Transformers (2:41)
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StartSolved Example 3 on Practical Transformers (4:18)
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StartSolved Example 4 on Practical Transformers (10:29)
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StartTransformer Voltage Regulation (5:05)
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StartTransformer Efficiency (15:36)
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StartNotes About Transformers (6:15)
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StartSolved Example on Transformer Efficiency (5:51)
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StartOpen Circuit Test (11:42)
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StartShort Circuit Test (5:15)
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StartSolved Example on Transformer Parameters (11:27)
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StartAutotransformer (17:11)
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StartSolved Example 1 on Autotransformer (6:32)
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StartSolved Example 2 on Autotransformer (6:07)
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StartSolved Example 3 on Autotransformer (9:02)
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StartCore Type Transformers (22:40)
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StartShell Type Transformers (12:09)
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StartComparison Between Shell and Core Type Transformers (9:07)
Student Feedback
What Students Say About This Course
Read feedback from learners about the explanations, teaching approach, and combination of theory and simulation.
Derek Bailey
Electrical Machines course student
★★★★★
The course exceeded my expectations. Found the logical approach of the course and the the precise clear explanations excellent. Plainly a greate deal of development has gone in to the production of the course and materials. The knowledge and professionalism of the presenter is laudable. Thank you Derek Bailey
English
Raashid Rashid
Electrical Machines course student
★★★★★
I learned a lot from this course.. Thank you Sir for your efforts and dedication.. Everything you explained is appreciatable.. You are now among my favourite teachers 😊
English
Daniel Tochukwu
Electrical Machines course student
★★★★★
the instructor is knowledgeable and quite easy to understand, his teaching approach is commendable. i recommend this course for anyone looking to learn electrical machine and also i recommend this instructor
English
Gershon
Electrical Machines course student
★★★★★
Хорошо объясняет
Русский
Albert
Electrical Machines course student
★★★★★
Fantastic course, lots of in depth materials covered in an easily understood format. Highly recommended.
English
Lucian
Electrical Machines course student
★★★★★
The course is meeting my expectations. The combination of theory and simulation make the course easier to understand.
English
Frequently Asked Questions
Questions About the Electrical Machines Bootcamp
Learn more about the course topics, simulations, study materials, and access options.
What topics are covered in this course?
The bootcamp covers a broad range of electrical machines and related practical topics, including:
- Magnetic circuits and transformers.
- DC machines, synchronous machines, and induction machines.
- MATLAB Simulink modeling and simulation of electrical machines.
- Motor protection, overcurrent protection, and disconnect switches.
- PLC programming using the LogixPro simulator.
How long is the course?
The course includes 47+ hours of training across electrical machines, transformers, magnetic circuits, protection, simulations, and PLC topics.
Does the course include MATLAB Simulink?
Yes. MATLAB Simulink is included for electrical machine modeling and simulation, helping connect the theoretical concepts with simulated system behavior.
Will I learn about motor protection and electrical standards?
The course includes motor protection and NEC-related overcurrent topics, including conductor sizing, overload protection, and selecting disconnect switches.
Does the course include PLC programming?
Yes. The course includes PLC programming lessons using the LogixPro simulator, with ladder logic and practical simulator exercises.
Are downloadable study materials included?
Yes. The course includes supplementary slide collections covering magnetic circuits, transformers, DC machines, induction machines, synchronous machines, NEC sizing, disconnect switches, and breakers/fuses/power factor.
The listed collections total 686 pages.
Are subtitles available in other languages?
Subtitles are available in English, Arabic, Hindi, German, French, and Spanish.
What is the difference between monthly and lifetime access?
Monthly access is listed at $19.99 per month, while the one-time purchase option is listed at $97. Check the checkout page for the applicable access terms.
Can I study at my own pace?
The course is organized into lessons and topics that you can work through progressively and revisit as needed according to your learning pace.
Can I request a refund?
Yes. You can request a refund within 7 days of your purchase.
Build Your Electrical Machines Knowledge
Take Your Electrical Engineering Skills Further
Explore magnetic circuits, transformers, DC, induction and synchronous machines, plus motor protection, MATLAB Simulink, and PLC programming in one comprehensive bootcamp.
Explore Course Access OptionsMonthly subscription or one-time purchase.