Free Online Electricity Courses and Certifications 2024

The "Fundamental Concepts of Electricity" course explores essential concepts in electricity supply systems using analysis, real-life examples, and experimental demonstrations. The course emphasizes the connection between theory, practical experiments, and real-world applications. It revisits fundamental topics that have gained significance due to recent developments affecting the structure, operation, and control of power systems. Covered subjects include transient and steady-state behavior of electrical components, modeling considerations for electrical elements, three-phase connections, neutral and grounding, protection and switching. The course also delves into power generation control, power conditioning with power electronics converters, electrical waveform components, power quality, transmission lines/transformers, large power grids, frequency, voltage control, and modern power system developments like renewable energy, wide-area measurement systems, and high-power applications utilizing power electronics.

The "Physics: Basics of Electricity for Grade 10" course offers a self-paced learning experience designed to help Physics students, as well as others seeking to understand fundamental concepts through numerous examples and straightforward explanations. The course includes animations and video lectures, allowing learners to revisit the content as needed to grasp basic Science concepts. It covers essential topics such as circuits, electrical symbols, potential difference, resistance, Ohm's Law, resistivity, electric power, and heating effects of electric current. Additionally, the course provides NCERT solutions for Class 10 Physics Chapter 12 exercises and bonus questions related to electricity.

The "Electrical Power Cables Calculations" course provides essential knowledge and skills for understanding cables calculations and installations. Students will learn about different types of cables, their characteristics, voltage drop calculations, short circuit calculations, and how to read and prepare single line diagrams. The course also covers the relationship between cabling systems and other building power systems, including shop drawings and integration with other power systems. This course is suitable for engineers and technicians interested in fire alarm systems, and it is designed for all levels of learners without requiring any special prerequisites. The course includes tables and necessary information for cables calculations, covering various topics such as voltage drop, cables sizing for different materials, derating factors, multi-cables, and short circuit calculations.

The "Introduction to Electrostatics: Electric Force and Field" course provides an in-depth exploration of the fundamental concepts in electricity and magnetism. It covers topics such as electric charge, Coulomb's law, electric fields from point charges and charged bodies, electric flux, Gauss's law, and conductors in electrostatic equilibrium. The course includes video lectures, notes, and practice problems with solutions, ensuring that students have a comprehensive understanding of the subject. With downloadable lectures and notes, learners can review the material at their convenience, and assignments offer opportunities to apply the concepts learned.

The "Current Transformers (CT)" course provides comprehensive knowledge and practical insights into electrical power substations, focusing on measuring and protective devices. The instructor, with 19 years of practical experience in electrical power substations and a master's degree in electrical power and machines engineering, has created a course that caters to engineering students, technical institutes, and experienced engineers. The course covers various topics related to current transformers, including their introduction, components, technical specifications, types, and connections with measuring and protective devices. Students will learn about CT tests, troubleshooting, and selecting appropriate CTs for specific applications, making it a valuable resource for those in the field of electrical power systems and protection engineering.

The "Basic Home Electrical Wiring by Example and On the Job" course is designed to provide beginners with the knowledge and confidence to handle home electrical wiring projects safely. With over 30 years of experience from a licensed electrical contractor and easy-to-follow wiring diagrams, the course covers essential topics such as safety precautions, basics of electricity, electrical tools and testers, electrical distribution panel, circuit breakers, wire and cable types, basic wiring methods, home electrical wiring, receptacle outlets, switches, light fixtures, ceiling fans, surge protection, and updating home electrical systems. After completing the course and quizzes, learners will be equipped to tackle home wiring projects with a healthy respect for electricity.

The "Single and Three-Phase Electrical Circuit Basics A to Z" course provides a comprehensive understanding of electrical circuit fundamentals, single and three-phase electricity, electrical transformers, test equipment usage, and single and three-phase motors. The course is designed to be accessible to learners with or without previous electrical work experience, taking approximately one day to complete. Topics covered include voltage, current, resistance, power, energy, direct current, alternating current, Ohm's Law, protective systems, power generation, transmission, circuit layouts, transformers, motor control circuits, starters, inspections, fault finding, and more. Please note that this course does not qualify participants as electricians and does not authorize them to perform electrical work.

The "Electricity for Electronics Electrical Engineering A-Z 2023" course is designed to help learners develop a strong understanding of electric circuits and fundamental electrical engineering concepts. Whether you are new to electric circuits or seeking to enhance your knowledge, this comprehensive course offers the necessary skills and confidence to tackle electric circuit problems effectively. Taught by an experienced instructor with a background in electrical engineering, the course covers SI units, electric quantities, circuit analysis, Ohm's Law, Kirchhoff's laws, power calculations, series and parallel connections, and more. With supplementary video lessons on solving simultaneous algebraic equations and matrices, this course equips participants to confidently solve basic electric circuits.

The Basic Electrical Engineering course covers essential topics in electrical engineering commonly offered at the first-year level in various engineering branches. It encompasses subjects such as DC circuits, single-phase and three-phase AC circuits, magnetic circuits, transformers, AC and DC machines, power converters, wires, cables, and various electrical components. The course aims to provide learners with a comprehensive understanding of the presented concepts, including theorems used to solve electrical circuits, working principles of generators and motors, magnetic circuit analysis, transformer efficiency, motor characteristics, and more. By the end of the course, students will have a solid foundation in basic electrical engineering, preparing them for more advanced courses in the field.

The "Basics of Electricity" course provides a fundamental understanding of electricity for individuals interested in working with electrical systems such as house wiring, automotive wiring, electronic kits, and electric motors. It covers the basic principles of electricity, testing methods, and practical applications. The course is designed as an introductory level, allowing students to explore electronics and electricity without aiming to become professional electricians. It emphasizes the importance of safety, as electricity can be hazardous. The course includes video lectures, supplemented with images, charts, and brief readings. Self-assessment quizzes are available for practice and self-evaluation.

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