It is obvious that energy cannot be created or destroyed, but can only be transformed into new forms by different methods. Electricity is an example of a form of energy that may be obtained in a variety of ways. Renewable energy sources like wind, water, solar, and so on, might be transformed into electrical energy. The invention of electricity is often regarded as one of the most prominent discoveries in human history.  

 According to sources, the concept of electric current has been known from the dawn of time. Various sources predict various dates and timeframes for its inception. Many scientists and inventors from many eras have contributed significantly to the advancement of electrical knowledge and discoveries. However, due to his experiment in 1740 demonstrating the relationship between lightning and electricity, Benjamin Franklin is thought to be the first to discover electricity. The history of the invention of electricity, on the other hand, dates back thousands of years. Sanatan is, according to many learned people, the first to discover electricity millennia ago. The details surrounding it are still unknown. By throwing light on the matter, such hidden realities could be uncovered.  

 The advent of electric current paved the way for the modern era’s emergence. It served as a more evolved manner of life as well as a laboratory for scientific investigations. The use of electric current for residential purposes resulted in significant changes in people’s lifestyles across the world. Steam-powered industries were replaced by electric-powered industries. The rate of mass production was accelerated to new heights. By semi-automizing, industries began to function at a faster pace with more accuracy and productivity. 

 Electrical engineers deal with electric current, electronics, and electromagnetism in their profession. They design, develop, test, and manage the fabrication and installation of electrical equipment, components, or systems for commercial, industrial, military, or scientific applications. Electrical engineering, like other engineering fields, is extremely broad and can be used in a variety of industries and sectors. Electrical engineers are employed by tens of thousands of businesses.  

 Power engineering, control engineering, electronics engineering, micro and nano electronics engineering, signal engineering, telecommunication engineering, instrumentation engineering, and computer engineering are all subcategories of electrical engineering. Modern electrical engineers work in domains that are already well-established, such as robotics, drones, solar power, radar, and other navigation systems, as well as personal technology such as smartwatches and body implants. They could also work on holographic displays, space exploration, wireless energy, and solar power, among other things. As a result, electrical engineering graduates will have a fantastic opportunity to work in a variety of businesses.  

 Today’s factories are becoming more advanced. This could be accomplished by creating circuits that allow several machines from different departments to communicate signals and work together without the need for human interaction. In the manufacturing industry, robots play a critical role. Sensors, actuators, micro compressors, and complex feedback control systems govern the robots’ various behaviors. Expert electrical engineers must design all of these.  

 Electrical engineers are also responsible for space projects, deep space communication, robust control systems, extraterrestrial GPS for navigation and positioning, power generation and storage networks, imaging systems, and sophisticated medical technology in modern hospitals, such as CT, MRI, and PET imaging machines, ECG, and blood pressure monitors. As a result, the demand for electrical engineers in every line of labor would soar.  

 Electrical engineers should take advantage of this opportunity. Electrical engineering skills would open new possibilities in science and technology. Electrical engineering graduates would be able to take advantage of job opportunities in a variety of businesses and sectors because of this. Electrical engineers are expected to play a vital role in the development of modern technologies. Electrical engineers will have a plethora of career prospects soon, according to engineering experts, and this demand will continue to expand in tandem with technological advancements.  

 In this instance, choosing electrical engineering as a discipline for engineering aspirants would be a better alternative for surviving and succeeding in the competitive world. However, choosing the top engineering colleges for studies is a key worry if you want to have in-depth subject knowledge and be industry-ready. According to the source, New Horizon College of Engineering is one of the best engineering colleges in Bengaluru. The electrical engineering department of New Horizon College of Engineering is the oldest and has received an ‘A’ grade from NAAC and NBA (National Board of Accreditation) accreditation. New Horizon College of Engineering is also named one of the best engineering colleges in Karnataka by the state government in 2012. To put it another way, New Horizon College of Engineering is the appropriate destination for future generations to come.