The Electronic Electrical Engineering Engineering Essay.
Three electrical engineering students placed second in the 2024 Borneo Physics Fair international essay competition. The competition was part of a series of events held at the fourth annual International Webinar on Physics and Students Networking in October.
Therefore, it is necessary for engineers to attain highest levels of qualifications in other fields related to engineering because they constantly interact with professionals from other fields.
Brandon Ng, Andrew Nguyen and Logan Tom submitted an essay about their senior project with Taufik, in which they are developing a residential electrical system called the Hybrid AC/DC House. Taufik and several electrical engineering students are currently constructing a prototype of the hybrid house at Cal Poly, which Taufik envisions as a catalyst for the future development of Net Zero Energy Home.
The Electronic Electrical Engineering Engineering Essay [Internet].
One of the challenges for the future is the need to develop closer relations between engineering and the life sciences, particularly in elucidating the structure and operation of the human brain. In particular, research into the human brain has played a major role in the design of complex electronics systems for processes such as pattern recognition, self-organization, and sensory processing. In addition to better collaboration and funding to the life sciences, electrical engineers need to consider a wider range of related issues in the public domain, including the ownership and safety of electronic information, communications and control systems, and the provision of services of adequate quality, covering power and transportation in the industrialized and developing countries. Electrical engineering and its practitioners also face very specific challenges. For example, understanding the overall functionality of system components requires first the maintenance of a broad perspective and second, that "partial knowledge" is often sufficient. Achieving progress in both perspectives will depend on the balance between basic research and the use of results from that research in the education of future generations of creative electrical engineers. In the era of fast communication through the information highway, the role of professional organizations in terms of offering technical and professional services to their members, and society at large, as well as shaping national policies, will become even more important. But the sovereignty of professional societies also will depend on their readiness to adapt to sometimes very fast technological changes and their ability to defend principles and values related to the development and application of electrical engineering technologies.
I am excited to embark on this journey, to acquire the necessary knowledge and skills, and to contribute to shaping a better future through electrical engineering.
My decision to major in Electrical Engineering was inspired by my desire to improve security through technology. When I lived in Mexico, my father’s restaurant security system lacked the ability to protect our property from robbers, who would break in multiple times a year. Thanks to the influence of my cousin, who now studies Autonomous Systems, I developed an interest in electrical engineering. I am inspired to not only improve my father’s security system, but contributing to security innovations for larger companies and perhaps, one day, national security. (89 words)
The enormous expansion of the communications media - audio, video, and the capacity of modern computers to handle not only vast amounts of numerical data, but also graphic and writing - are the direct result of research in electrical engineering. All over the world, millions of computers are being linked to form an "electronic highway" along which data is transmitted, supplanting copper and optical fibre as the vehicles for data transmission. At the same time, the use of satellites in communication, as in a variety of other electronic applications, is increasing rapidly. There is scarcely an area of modern life that has not been and will not be affected by these technologies, be it ways of doing business and keeping records, medicine (with the creation of new diagnostic systems), education (with video teaching), entertainment, meteorology, geography (via a new kind of digital map or the location of objects installed on the earth's surface by satellites), and many others, both professional and recreational. These developments have brought about a quite universal cultural revolution marked nowadays by the rapid diffusion and the rapid obsolescence of esoteric knowledge which would have been inconceivable only a few years ago. We owe all this development to the relentless work of researchers in electrical engineering and electronics. It is believed to be only the beginning.
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Bachelors of Science degree in an electric and electronic field should be the minimum qualification for aspiring engineers. There are other areas, which require specialized knowledge. Moreover, new inventions require engineers to keep up with the pace in the industry.
Why I Love Electrical Engineering - Ingenium - Texas A&M University
1. Introduction Applications of electrical engineering are found in a wide range of subjects and technological innovations now that electrical energy seems to have become a necessity and chosen type of power. The prime objectives of electrical engineers are to develop, improve, and maintain electrical systems throughout development and to perform more and more advanced activities throughout the design. These activities can take place on an industrial scale where the recent zero-cost technological rate allows extensive electronics to be used in many systems. 2. Applications of Electrical Engineering The applications of electrical engineering are too many; electrical engineers are required everywhere a device needs a portion of electricity in order to work. Electrical engineers design, build, produce, control, preserve, and enhance such devices and systems. In fact, all the high-tech architecture, including education, computer-based method control, and telecommunication controlled by the Internet and computer configuration-based instruments, have electrical and electronic elements. The value of human health and the attitude of energy delivery and use are also affected. The issues actually vary from installation to city security. For local development systems, renewable energy power sources, energy performance, or electric and electronic devices, some present technological ontologies that will certainly make a difference in the view of the automation of the electrical devices.
Why did you choose electrical engineering? : r/ElectricalEngineering
Electric power is an indispensable resource for modern society. The generation of electric power by people dates back more than 2000 years. With an increasing population and the development of manufacturing and transportation, the methods for generating electric power have continuously evolved. In the early 1800s, an electromagnetic generator commonly known as a dynamo was invented by Michael Faraday and William Sturgeon. Several decades later, the first electric power project was established by Thomas Edison when he built a direct current power plant in New York. During the first decade of the 20th century, direct current-alternating current (DC-AC) power converters were invented by Tesla and became the center of a battle between Edison and Westinghouse. The battle involved several DC-AC power projects in different cities, with the goal of attracting customers and public acceptance. In the end, AC generation became the major way of producing electric power because it can be increased, decreased, and transmitted over long distances, and it is considered the better option for converting mechanical power to electric power. In the last century, AC power grids have been established in every larger city in the world to provide electric power for nearly every application in modern society. In most cases, electric power emerges as the most convenient energy carrier for both static and mobile applications. What is the current situation of electric power generation? It is clear that combustion engines are a necessity for every form of contemporary transportation. At the same time, the energy crisis and environmental issues are forcing our society to search for alternative fuels including coal, oil shale, crude oil, tar sand, natural gas, and other renewable sources such as tides, winds, and sunlight. Crude oil, which has been the major energy reserve of the 20th century, is becoming both expensive and rare. Data estimates that global petroleum reserves will last for several decades. As a consequence of these available energy reserves, combustion power plants are constructed to convert liquid, gaseous, and solid fuels into electricity. According to today's primary fuel reserve, solid power plants burning coal are the most common means of consuming natural resources to create electric power. In the modern community, people appreciate many benefits that are provided by electric power stations. Apart from lighting up streets, offices, and homes, electric power also makes it possible to operate electromechanical devices such as washing machines, air conditioners, and elevators. In addition, industrial heating processes like melting, smelting, and automatic manufacturing are all driven by electric power.