Electrical engineering closely impacts our day-to-day life and is responsible for various technological innovations we enjoy today. At its core, electrical engineering involves the study and design of devices and equipment that uses electricity, electromagnetism, and electronics. Whenever you go to flip a light switch in your house or even check the time on your smartphone, it took a series of electrical engineers to make that happen. The everyday things that we take for granted – like being able to turn on a light when it’s dark – are actually the result of hundreds of years worth of work by dedicated engineers.In the grand scheme of academic study, electrical engineering is fairly new. But in its short life, it has become an absolutely essential field in providing us the everyday comforts we enjoy. Keep reading to learn more about the history of electrical engineering and why it is so important to our society that dedicated students continue to study and excel in this challenging and diverse field.As technology progressed and electricity became much more widespread – from the electric telegraph to the lightbulb – so did the demand for people who studied and could work in this new field. At first, electrical engineers studied within the physics department at schools like Cornell and MIT, but soon they had their own programs.Electrical engineering programs are not exactly the same across the board, but there are some basic topics that all programs cover. Undergraduate electrical engineering students will study mathematics, physics, and electronics as well as the intersection of these three main categories. Math courses in an electrical engineering program will likely include calculus, differential equations, and linear algebra, while physics courses will be at a more basic level. Electronics courses will cover circuitry, electromagnetism, and semiconductors.Students that earn a bachelor’s degree in electrical engineering can certainly go on to have fulfilling and lucrative careers. Still, many choose to pursue an advanced education with a master’s degree or PhD in electrical engineering. Graduate programs cover the same core areas at a more advanced level and may have more emphasis on computing and computer engineering.If you are interested for demo 8296698585