Electrical Engineering

Janets

Multiple Choice Questions (MCQ)/Assignment

Included in course price

This course provides a comprehensive understanding of electrical systems, energy management, and automation. Learners will explore circuit design, signal processing, and control systems, gaining the theoretical knowledge essential for engineering careers.

You will also develop an understanding of renewable energy integration, power distribution, and industrial maintenance, preparing you for roles in energy, technology, or manufacturing sectors.

By completing this programme, learners will acquire job-ready skills to design, maintain, and analyse complex electrical networks while upholding UK safety and quality standards.

Course Modules:

Module 1: Introduction and Basics

• Structure of Atoms
• Electrons
• Electric Current
• Resistance
• Electric Power

Module 2: Electrical Units and ohm’s Laws

• The Coulomb
• The Ampere
• The Volt
• The Ohm
• The Watt
• Ohm’s Law

Module 3: Direct Current

• Direct Current Circuit Basics
• Circuit Simplification
• Current, Voltage and Resistance Calculations
• Power Calculation
• Resistance in Series, Parallel and Series-Parallel
• Kirchhhoff’s First and Second Law
• Cells and Batteries
• Electrochemical Energy
• Primary and Secondary Cells and Batteries
• Cells in Series and Parallel

Module 4: Alternating Current

• Alternating-Current Basics
• Definition of AC
• Period and Frequency
• The Sine Wave
• Expressions of Amplitude
• The Generator

Module 5: Voltage and Resistance

• Voltage Sources
• Voltage Rises and Voltage Drops
• Ground as a Voltage Reference
• Uses of Resistors
• Fixed Resistors
• composition carbon resistor
• Metal Film Resistors
• Carbon Film Resistors
• Metal Glaze Resistors
• Wire-Wound Resistors
• Color Code
• Power Ratings
• Variable Resistors

Module 6: Capacitance and Capacitors

• Capacitor
• How does a Capacitor Store Charge
• Capacitance and Unit of capacitance
• Factors Affecting Capacitance
• Voltage Rating of a Capacitor
• Capacitors in Series
• Capacitors in Parallel
• Energy Stored in a Capacitor
• Energy Density of Electric Field

Module 7: Magnetism

• The Electron Theory of Magnetism
• Magnetic Materials
• Magnetic Lines of Force
• Electromagnetics
• Magnetic Measurement
• Magnetic Polarity

Module 8: Safety Precautions

• General Safety Rules
• Effects of Electric Current on the Body
• On the Job
• Protective Clothing
• Ladders and Scaffolds
• Fires
• Ground-Fault Circuit Interrupters
• Arc-Fault Circuit Interrupters (AFCIs)
• Grounding

Method of Assessment

To successfully complete the bundle, students will have to take an automated multiple-choice exam for all the courses. These exams will be online and you will need to score 60% or above in each course to pass. After successfully passing the exams, you will be able to apply for the certificates.

After successfully passing the course exam, you will be able to apply for a certificate as proof of your expertise.

• Learners interested in pursuing a professional path in the electrical or energy engineering sector.
• Those eager to build a technical foundation in electronics, automation, and control systems.
• Engineers seeking to upskill or specialise in modern energy and industrial systems.
• Career changers aiming to enter a high-demand technical field with solid job prospects.
• Anyone looking to enhance their knowledge of sustainable and smart electrical technologies.

No prior qualifications are needed for Learners to enrol on this course.

• Electrical Engineer (£30,000–£60,000)
• Power Systems Engineer (£32,000–£65,000)
• Control and Automation Engineer (£33,000–£62,000)
• Maintenance Engineer (£28,000–£50,000)
• Energy Systems Analyst (£35,000–£60,000)
• Project Engineer (£30,000–£55,000)
• Electrical Design Engineer (£33,000–£58,000)
• Substation Technician (£27,000–£45,000)

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