Technology has made our lives easier in recent years, and it will continue to do so in the future as new ideologies emerge in the form of discoveries. In the field of electrical and electronics, there have been numerous recent developments. All the electrical engineers need to stay updated with the latest technologies otherwise the competitors will take advantage and step ahead in the game.
Electrical engineers, in short, keep our world functioning because of their technical knowledge. Electrical engineers design and maintain a wide range of devices and navigation systems, from small microchips inside our phones to enormous aircraft electrical systems. They help to improve the systems and devices we use frequently in our daily life.
What do Electrical Engineers Do
Electrical engineers address problems by applying their understanding of circuits and electronics, as well as their enthusiasm for developing systems and solutions, to improve various elements of daily life. Electricity and electromagnetic, electronics, telecommunications, and signal processing are all topics they are familiar with and work with.
Control systems, machinery, and equipment are designed, built, and maintained under this heading. Some civil engineering concerns are related to electrical engineering.
Electronic engineering is frequently used in conjunction with electrical engineering. The first is concerned with large-scale electrical power generation and distribution, whereas the second is concerned with smaller electronic circuits found in computers and other modern technology.
Top 9 Latest Technologies in Electrical and Electronics Engineering
Since technology is advancing every day, it is important to stay up-to-date. Every new technical discovery advances the discipline of engineering, and new technologies in electrical engineering are particularly fascinating. However, each technology is based on a different specialization in electrical engineering. This article discusses some of the most recent electrical engineering breakthroughs and why they are so important.
Wearable Wireless Technology
Wireless wearables are quickly growing in popularity these days. Smart watches, Proxxi bands, and other wristbands are all examples of wearable technology. These days, smart watches are primarily used to check health concerns. Electrical engineers wear Proxxi bracelets to warn us when we’re getting too close to high-voltage equipment. Wearables with easy access to information are still being tested.
Virtual Reality (VR)
Virtual reality transports us to a digitally constructed environment. Virtual reality, as we all know, assists in the prevention of risky situations by modeling danger zones. Virtual reality is increasingly widely utilized for gaming, as well as for attracting people. People will venture into the digital world they chose to enter, therefore the VR box given is the highest selling electronic device these days. Virtual reality and augmented reality are becoming increasingly important in today’s digital environment. For students, they can be utilized to construct 3D shapes. Both engineering and medical students will benefit from this.
Internet of Things (IoT)
Many automated systems, such as smart grids, automated lighting, and visible light communication, are built on the Internet of Things (VLC). Home automation and many other remote-control applications use the Internet of Things (IoT). SCADA is another technology derived from the Internet of Things. Electrical engineers in control rooms employ SCADA as one of the most used technologies. IoT is already being used in a variety of applications around the world, and it will continue to grow in popularity in the coming years.
Humans will soon be able to charge electric automobiles using wireless charging technology. Personal electronics such as smartphones, laptops, and earbuds now have wireless charging capabilities. In the coming years, electric car owners will be able to charge their vehicles just by parking them in a parking spot. This method of charging is both economical and efficient.
Electric vehicles are becoming increasingly popular these days. The biggest benefit of electric vehicles is that they emit less carbon dioxide. For instance, Tesla is currently one of the most popular electric hybrid vehicles, with a market capitalization of $100 billion. Electric vehicles will receive greater investment in the future. Long-lasting batteries, lower costs, and high-efficiency autonomous driving will all be enhancements that will attract customers. Solar-powered electric automobiles are a possibility.
Medical surgery employing electronic robots is one of the most recent breakthroughs. They can’t take the position of human surgeons, but they can help. With the help of instructions from doctors, small procedures can be conducted utilizing robotics technology. In the hospital, robots can also be utilized as aides for patients. Humans are now infected with various diseases as a result of their fear of meeting one another. Doctors and nurses are also afraid to help the sick. These robots are supporting humans at this moment. This is one of the most recent findings, and it will be revised to reflect future usages.
Engineers’ jobs are made easier in the industrial sector thanks to artificial intelligence-driven equipment. Machine learning and AI systems are built to make job easier by delivering new codes. This gives management input and aids in the provision of repair solutions. AI is being used in practically every industry, including the electrical and electronics industry.
Supercapacitors are high-capacity voltage storage devices that can also operate as rechargeable batteries. They have a high density to store voltage. The high conductivity of graphene allows supercapacitors to be used in high-frequency applications. Because graphene possesses qualities such as scalability and data structuring, it can be employed in computer CPUs instead of carbon. Super capacitors made of graphene are less expensive and function better.
Virtual reality transports us to an entirely digitally generated environment. Virtual reality, as we all know, aids in the prevention of risky situations by mimicking danger zones. The super imposition of designs in the real world is known as augmented reality. Our created visuals and objects will be digitally imposed in our world. In the industry, this is used to impose real-time data regarding industrial systems and their performance. Maintenance and repairs are simplified thanks to augmented reality. It has a great deal of visual appeal.
Engineers who are knowledgeable and experienced continue to be well compensated as technology advances. Because of digitisation, electrical engineers are in higher demand than ever. Furthermore, the encouragement and widespread use of electric vehicles has increased the need for electrical engineers.