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9 Reviews
108 Students
Overview
OverviewWhy do some engineers diagnose electrical faults with confidence while others struggle with the fundamentals? The answer begins with a solid understanding of how electric circuits work. Whether you are an aspiring electrical engineer, engineering student, electrician, or maintenance technician, this Electric Circuits Complete Training helps you develop essential knowledge for today’s electrical industry. As technology advances, employers increasingly value professionals with strong electric circuit analysis skills.
Designed as a comprehensive Electric Circuits Course, you will explore:
✓ Electric circuit fundamentals, including current, voltage, power, energy, and electrical sources.
✓ Electrical circuit analysis using Ohm’s Law, Kirchhoff’s Laws, and series and parallel circuits.
✓ Advanced circuit analysis methods, operational amplifiers, and electric circuit design basics.
✓ Capacitors, inductors, and worked examples that strengthen analytical thinking.
Consequently, this Electric Circuits Online Course helps you master basic electric circuits, build confidence in electric circuit fundamentals, and strengthen your engineering knowledge.
Course Description
The Electric Circuits Complete Training follows a carefully structured learning journey that helps you develop a strong understanding of electrical engineering principles from the ground up. First, you will explore the foundations of electric circuit fundamentals, including electric circuits, system units, electric charge, current, voltage, power, energy, and electrical sources. Next, the course introduces resistance, conductance, open and short circuits, series and parallel connections, voltage and current division, and Delta-Wye transformations. Throughout the course, worked examples reinforce each concept, making it easier to understand circuit behaviour and engineering calculations.
As your knowledge develops, the programme moves into the core techniques of electrical circuit analysis. You will study nodal analysis, mesh analysis, and Cramer’s Method before progressing to Superposition, Source Transformation, Thevenin’s Theorem, Norton’s Theorem, Maximum Power Transfer, and resistance measurement. Consequently, you will learn how engineers simplify electrical networks and solve complex circuit problems with confidence. This strong analytical focus also makes the programme an excellent Circuit Analysis Course for learners seeking to strengthen their problem-solving skills.
Finally, the course explores operational amplifiers, amplifier configurations, capacitors, inductors, energy storage, integrators, differentiators, and electric circuit design basics. By combining a logical learning flow with numerous guided examples, this Electric Circuits Training helps you strengthen your understanding of basic electric circuits, electric circuit analysis, and electric circuit fundamentals, while earning a recognised certification.
Learning Outcome
Learning OutcomeAfter successfully completing this Electric Circuits Course, you will be able to:
- Understand basic electric circuits, including electric charge, current, voltage, power, energy, and electrical sources.
- Analyse electrical networks using Ohm's Law, KCL, KVL, series and parallel circuits, and resistance calculations.
- Develop skills in nodal analysis, mesh analysis, voltage division, current division, and electric circuit analysis.
- Evaluate circuits using Superposition, Source Transformation, Thevenin's Theorem, Norton's Theorem, and Maximum Power Transfer.
- Demonstrate knowledge of operational amplifiers and common amplifier configurations.
- Apply the principles of capacitors, inductors, energy storage, and equivalent circuits in electrical circuit analysis.
- Implement structured circuit-solving techniques and strengthen your understanding of electric circuit design basics.
Who Is This Course For?
Who Is This Course For?- Aspiring electrical engineers building strong electric circuit fundamentals.
- Engineering students developing confidence in electrical circuit analysis.
- Electricians and electrical technicians expanding their circuit analysis knowledge.
- Maintenance and automation professionals improving their understanding of electrical systems.
- Electronics enthusiasts learning basic electric circuits and amplifier concepts.
- Career changers seeking a flexible Electric Circuits Online Course for technical careers.
- Professionals and lifelong learners looking for Electric Circuits Training to support career growth.
Certificate of Achievement
Earn Your Accredited Certificate with Transcript
Save 20% with the coupon code SKILL20
Show Your Certified Identity with a CPD-QS Certificate
Perfect for employers, clients, or academic verification.
Career Path
Career Path- Electrical Engineer – Design, analyse, and improve electrical systems across construction, manufacturing, renewable energy, transport, and infrastructure projects. Strong electric circuit analysis skills help ensure safe, efficient, and reliable system performance.|Average UK salary: £32,000–£60,000+ per year.
- Electronics Engineer – Develop, test, and evaluate electronic circuits, embedded systems, and electronic equipment used in telecommunications, healthcare, automotive, and consumer electronics. This role requires a solid understanding of circuit behaviour and engineering principles.|Salary range: £33,000–£58,000 annually.
- Electrical Design Engineer – Create electrical schematics, circuit designs, and technical specifications for commercial and industrial projects. In addition, professionals apply electrical circuit analysis to deliver accurate, efficient, and compliant engineering solutions.|Typical earnings: £35,000–£60,000 per year.
- Maintenance Engineer – Inspect, maintain, and troubleshoot electrical equipment to improve reliability, minimise downtime, and support safe industrial operations. Strong analytical skills are highly valued in this role.|Professionals can earn: £30,000–£48,000 each year.
- Automation Technician – Install, monitor, and maintain automated machinery and industrial control systems. Furthermore, knowledge gained from this Circuit Analysis Course supports effective fault diagnosis and system optimisation.|Expected salary: £30,000–£50,000 per year.
- Electrical Technician – Assist with the installation, testing, inspection, and maintenance of electrical systems across a wide range of industries. As a result, strong circuit knowledge can support long-term career progression.|Annual salary: £25,000–£42,000.
Frequently Asked Questions
You will build a strong understanding of electric circuit fundamentals, including voltage, current, resistance, power, and energy. In addition, this Electric Circuits Course covers Ohm’s Law, Kirchhoff’s Laws, electric circuit analysis, circuit theorems, operational amplifiers, capacitors, inductors, and electric circuit design basics through a structured learning journey.
Yes. First, the course introduces basic electric circuits before progressing to more advanced electrical circuit analysis methods. As a result, it is suitable for beginners, engineering students, electricians, technicians, and professionals looking to expand their knowledge.
This Circuit Analysis Course explores DC circuits, circuit components, electrical networks, nodal and mesh analysis, voltage and current division, operational amplifiers, and essential engineering principles. Furthermore, worked examples help reinforce each topic and improve your understanding of circuit calculations.
Electric circuit analysis enables engineers to understand circuit behaviour, calculate electrical values, identify faults, and design reliable electrical systems. Therefore, these skills are essential across electrical engineering, electronics, automation, manufacturing, and renewable energy industries.
This Electric Circuits Training develops knowledge valued in electrical engineering, electronics, automation, maintenance, and technical design roles. Consequently, it can strengthen your CV, improve your technical confidence, and support long-term career progression.
Yes. Upon successful completion, you will receive a recognised CPD certificate that demonstrates your achievement and supports your continuing professional development.
Electric Circuits Complete Training Reviews
An excellent course that explains electrical circuits in a clear and logical way. Highly recommended.
The worked examples made difficult concepts much easier to understand. Brilliant training overall.
Very comprehensive and easy to follow. I now have a much stronger grasp of circuit analysis.
Curriculum
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Module 1- What Is an Electric Circuit
00:02:00
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Module 2-System of Units
00:07:00
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Module 3- What Is an Electric Charge
00:05:00
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Module 4- What Is an Electric Current
00:08:00
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Module 5-Example 1
00:01:00
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Module 6- Example 2
00:02:00
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Module 7- Example 3
00:02:00
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Module 8- What Is Voltage
00:07:00
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Module 9- What Is Power
00:06:00
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Module 10- What Is Energy
00:04:00
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Module 11- Example 4
00:03:00
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Module 12- Example 5
00:02:00
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Module 13- Dependent and Independent Sources
00:05:00
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Module 14- Example 6 Part 1
00:04:00
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Module 15- Example 6 Part 2
00:01:00
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Module 16- Application 1 Cathode Ray Tube
00:04:00
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Module 17-Example 7
00:04:00
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Module 18- Application 2 Electricity Bills
00:02:00
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Module 19- Example 8
00:03:00
00:02:00 -
Module 1- Introduction to Basic Laws
00:01:00
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Module 2- Definition of Resistance
00:06:00
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Module 3- Ohm’s Law
00:02:00
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Module 4- Types of Resistances
00:06:00
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Module 5- Open and Short Circuit
00:05:00
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Module 6- Definition of Conductance
00:04:00
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Module 7- Example 1
00:02:00
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Module 8- Example 2
00:03:00
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Module 9- Example 3
00:03:00
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Module 10- Branch, Node and Loops
00:07:00
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Module 11- Series and Parallel Connection
00:04:00
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Module 12- KCL
00:04:00
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Module 13- KVL
00:03:00
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Module 14- Example 4
00:05:00
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Module 15- Example 5
00:02:00
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Module 16- Example 6
00:06:00
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Module 17- Series Resistors and Voltage Division
00:07:00
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Module 18-Parallel Resistors and Current Division
00:12:00
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Module 19- Analogy between Resistance and Conductance
00:07:00
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Module 20-Example 7
00:03:00
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Module 21-Example 8
00:04:00
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Module 22- Introduction to Delta-Wye Connection
00:06:00
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Module 23-Delta to Wye Transformation
00:05:00
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Module 24- Wye to Delta Transformation
00:07:00
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Module 25-Example 9
00:03:00
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Module 26- Example 10
00:15:00
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Module 27- Application Lighting Bulbs
00:03:00
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Module 28-Example 11
00:05:00
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Module 1- Introduction to Methods of Analysis
00:02:00
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Module 2- Nodal Analysis with No Voltage Source
00:15:00
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Module 3- Example 1
00:06:00
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Module 4-Cramer’s Method
00:04:00
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Module 5-Nodal Analysis with Voltage Source
00:07:00
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Module 6- Example 2
00:05:00
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Module 7- Example 3
00:13:00
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Module 8-Mesh Analysis with No Current Source
00:10:00
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Module 9-Example 4
00:04:00
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Module 10- Example 5
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Module 11-Mesh Analysis with Current Source
00:07:00
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Module 12-Example 6
00:08:00
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Module 13-Nodal Vs Mesh Analysis
00:04:00
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Module 14-Application DC Transistor
00:04:00
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Module 15-Example 7
00:04:00
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Module 1-Introduction to Circuit theorems
00:02:00
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Module 2-Linearity of Circuit
00:07:00
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Module 3-Example 1
00:04:00
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Module 4-Superposition Theorem
00:07:00
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Module 5- Example 2
00:04:00
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Module 6-Example 3
00:06:00
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Module 7-Source Transformation
00:08:00
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Module 8-Example 4
00:05:00
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Module 9-Example 5
00:03:00
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Module 10-Thevenin Theorem
00:10:00
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Module 11-Example 6
00:06:00
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Module 12-Example 7
00:05:00
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Module 13- Norton’s Theorem
00:05:00
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Module 14-Example 8
00:04:00
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Module 15-Example 9
00:05:00
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Module 16-Maximum Power Transfer
00:05:00
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Module 17-Example 10
00:03:00
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Module 18-Resistance Measurement
00:05:00
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Module 19-Example 11
00:01:00
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Module 20-Example 12
00:04:00
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Module 21-Summary
00:05:00
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Module 1-Introduction to Operational Amplifiers
00:03:00
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Module 2-Construction of Operational Amplifiers
00:07:00
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Module 3-Equivalent Circuit of non Ideal Op Amp
00:10:00
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Module 4-Vo Vs Vd Relation Curve
00:04:00
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Module 5-Example 1
00:09:00
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Module 6-Ideal Op Amp
00:07:00
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Module 7- Example 2
00:04:00
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Module 8-Inverting Amplifier
00:05:00
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Module 9-Example 3
00:02:00
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Module 10-Example 4
00:02:00
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Module 11-Non Inverting Amplifier
00:08:00
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Module 12-Example 5
00:03:00
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Module 13-Summing Amplifier
00:05:00
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Module 14-Example 6
00:02:00
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Module 15-Difference amplifier
00:06:00
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Module 16-Example 7
00:08:00
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Module 17-Cascaded Op Amp Circuits
00:06:00
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Module 18-Example 8
00:04:00
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Module 19-Application Digital to Analog Converter
00:06:00
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Module 20-Example 9
00:04:00
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Module 21-Instrumentation Amplifiers
00:05:00
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Module 22-Example 10
00:01:00
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Module 23-Summary
00:04:00
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Module 1-Introduction to Capacitors and Inductors
00:02:00
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Module 2-Capacitor
00:06:00
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Module 3-Capacitance
00:02:00
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Module 4-Voltage-Current Relation in Capacitor
00:03:00
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Module 5-Energy Stored in Capacitor
00:06:00
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Module 6-DC Voltage and Practical Capacitor
00:02:00
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Module 7-Example 1
00:01:00
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Module 8-Example 2
00:01:00
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Module 9-Example 3
00:05:00
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Module 10-Equivalent Capacitance of Parallel Capacitors
00:02:00
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Module 11-Equivalent Capacitance of Series Capacitors
00:03:00
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Module 12-Example 4
00:02:00
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Module 13-Definition of Inductors
00:06:00
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Module 14-Definition of Inductance
00:03:00
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Module 15-Voltage-Current Relation in Inductor
00:03:00
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Module 16-Power and Energy Stored in Inductor
00:02:00
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Module 17-DC Source and Inductor
00:04:00
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Module 18-Example 5
00:02:00
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Module 19-Series Inductors
00:03:00
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Module 20-Parallel Inductors
00:04:00
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Module 21-Example 6
00:01:00
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Module 22-Small Summary to 3 Basic Elements
00:02:00
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Module 23-Example 7
00:05:00
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Module 24-Application Integrator
00:05:00
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Module 25-Example 8
00:03:00
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Module 26-Application Differentiator
00:02:00
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Module 27-Example 9
00:06:00
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Module 28-Summary
00:05:00
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TAKE ALL COURSES FOR £99-
Duration:10 hours, 15 minutes
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Access:1 Year
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Units:135
