Electrical Engineering is a discipline that studies electricity and electrical technology. Students discover the wonders of circuit theory and analysis, amplifiers, semiconductors, and reverse engineering. After graduation, electrical engineers design, develop, test, and fix electrical systems, as well as other electronic devices. Electrical engineering plays a crucial role in innovations in industries such as healthcare, transport, or robotics. Some of the subfields within Electrical Engineering include Lighting Design, Energy Engineering, Power and Measurement, Smart Electrical Networks, Systems, Electronics, etc. Courses in Electrical Engineering are interdisciplinary.
Electromagnetism, and semiconductors
They
focus on principles from Physics, Mathematics, Computer Science,
Electromagnetism, and Electronics, as well as the fundamental Electrical and
Electronic Engineering concepts. You learn how to take systems and devices
apart, how they work, and how to fix them. Courses also focus on advancing
current gadgets, and communication systems, creating better and safer devices,
and using new technologies to improve tools used by people daily. You will
become familiarized with concepts connected to circuitry, electromagnetism, and
semiconductors.
Electrician
and electrical work
Before carrying out any form of an electrician and electrical work, it's important to understand and comply with proper safety protocols. Etap designed the Electrical Safety course to help brush up your workers' knowledge on electrical safety procedures like how to use insulated protective equipment and perform first aid for electrical shocks and burns caused by an arc flash. It also delves into topics like working with energized equipment, spotting hazards, and grounded and grounding electricity, which keeps currents from traveling through someone's body.
Overhead power lines
Your workers will also learn about the common dangers to watch out for when working with electricity, some of which include conductors, overhead power lines, damaged tools and equipment, inadequate wiring, overloaded circuits, and exposed electrical parts. Through Ed App's user-friendly authoring tool, you can easily edit, rebrand, and deploy this 3-part course to your workers, all in just a few clicks. Electricians and other workers that operate electrical equipment are often at risk of injury or death due to electric shocks and burns.
Controlling Hazardous Energy
To help them understand all the associated risks of working with electricity, ETAP has developed a course called Controlling Hazardous Energy: Electricity. It covers a range of specialized topics like the types of risky environments, electrical work hazards, and lock-out tag-out procedures. The course also discusses the different types of residual current devices (RCD) including meter box-mounted RCDs, combination RCDs, portable RCDs, and PowerPoint RCDs.
Proper risk management
It then gives learners an insight into proper risk management through the inspection and tagging of electrical equipment, like circuit breakers, volts, switches, and transformers. This micro-learning course is divided into 4 bite-sized lessons that your workers can complete at their own pace. Burraq Engineering solution provides Electrical Training courses in Lahore Pakistan. It's also made available on desktop and mobile devices, allowing learners to access the course anytime and anywhere.
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