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6 Things you never knew about electrical engineering Electrical engineering is an essential part of the modern world, but almost all of it is completely invisible. in 2021 November 4th posted by Neil Martin
What It Takes To Be An Electrical Engineer
Many people take electrical engineering for granted without understanding how it actually works. But without electrical engineers, our lives would be radically different. And a new global future that includes more renewable energy, quantum computing, super-fast data networks and the growing Internet of Things will require an increasing number of skilled graduates who can design and build electrical systems to sustain them. Professor Julien Epps, Head of the School of Electrical Engineering and Telecommunications, says that the importance of electrical engineering can only be fully understood if you try to imagine a world without it. “Imagine taking out of your life all the things that depend on electrical engineering. What would happen if every electrical device were suddenly removed – the telephone, every computer system, all electrical devices, the Internet, the global generation of electricity. It’s pretty profound when you think about it like that. “Essentially, electrical engineering is solving the problems of designing and building systems that do all these things, to make sure that information can get from one place to another, that the energy can get from one place to another, and that we can also feel. the world and intelligently manage physical objects. “However, there are problems in explaining electrical engineering because it is largely invisible. Electric currents flow through every device in the world, but people can’t see them, so it’s hard to understand what they’re doing. With that in mind, here are six key things you might not know about electrical engineering. So what exactly is electrical engineering? A prime example would be a light bulb, which converts electricity into light and heat. It turns on and off twice a second and a signal is made, like a car indicator. Turn it on and off millions of times per second and it can transmit huge amounts of data over fiber like our NBN. Put millions of lights together, control them and you get a screen like a TV or monitor. Similarly, most areas of electrical engineering involve the combination of devices and algorithms to create very complex systems. By creating these complex systems, we solve modern problems. Consider the transition of our energy grid from fossil fuels to 100% renewable energy sources: Electrical engineers have not only invented many forms of renewable energy generation, but are now tackling the enormous challenge of balancing energy supply and demand, which is constantly changing over time. the day, the sunlight, the wind, and the people who turn everything on and off. It’s not all about hard hats and wires Some people may think that most electrical engineers spend their days on construction sites wearing a high visibility jacket, running wires and installing electronics. However, electrical engineers work across industries, solving many different problems in everything from quantum electronics to transport electrification, Internet of Things devices, high-quality audio signal processing, brain interfaces- engine, microsatellites, and autonomous drone control. Many electrical engineers may never wear a hard hat in their work because their work focuses on system components or small devices or data analysis, software, operations or control. Those who do probably wear the hard hat only occasionally, such as visiting sites to check that their designs are accurate, made correctly, or solving problems. Electrical engineering is not only electricity, but also the use of light or radio frequencies to communicate over optical fibers or wirelessly, and the use of signal processing and control algorithms to process the -information (such as video compression or heartbeat detection). ) and coordinate things in motion (like the aircraft landing smoothly). Math is the key. Mathematics is often called the language of engineering and this is especially true in electrical engineering. A deep understanding of mathematical and physical principles gives electrical engineers a surprisingly powerful set of solutions to technological problems. For anyone who has ever wondered where the mathematics they learn can be used, electrical engineering is mostly about the application of broad mathematical theory, including imaginary numbers! – for many real problems. You can be hands-on or a perfect electrical engineer Many people may think that a career in electrical engineering is all about manipulating circuit boards or fixing wires and being hands-on. While this may be true, there are also many roles that are mainly analytical and inconsistent. In fact, most electrical engineering jobs will be a mix of both, so understanding the mathematical principles is important for everyone. It is also for this reason that all electrical engineering courses include laboratory work to show how theoretical learning takes place in a practical environment, allowing students to solve complex problems that they have never seen before graduation. There is still much to be discovered in electrical engineering Electrical engineering has been a recognized discipline for over 100 years, but it is constantly reinventing itself. After the birth of the transistor, all computing grew out of electrical engineering. Add in advances such as automated controls, renewable energy generation, sensors and high-speed fiber optic and wireless networks, and more, and it becomes clear that electrical engineering is the origin of much of what we simply call “technology “. We often take technology for granted and are tempted to think that there is nothing new left from electrical engineering. But electrical engineering continues to push many frontiers that will change the world dramatically. In the very near future, the world will switch completely from fossil fuel to renewable energy production and electrify everything. The devices will be wirelessly powered and have intelligent data communication with everything else through the Internet of Things. Perhaps most importantly, electrical engineering will give birth to a whole new industry of quantum technology. Soon we will be using quantum-engineered computers that are much faster and more powerful, creating impenetrable quantum connections—the “quantum internet.” Electrical engineering is about solving problems. The essence of electrical engineering is to find solutions to sometimes extremely complex problems, both individually and in a team. Most electrical engineers become very adept at solving problems where there are many unknowns, combining theory with practical experience. It is these skills that make electrical engineers highly sought after in industry and management, where there are many complex problems. If you want to learn even more about electrical engineering at , visit our Study With Us pages for more information about our wide range of undergraduate and postgraduate programs.
What Do Electrical Engineers Do?
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