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Electrical engineering is a discipline that has had a significant influence on the modern world. It is a fascinating field that can make one’s life on campus thrilling, elevating, and satisfying. It is essential to recognize that electrical engineers play a vital part in our daily lives. This is since the twenty-first century is mostly a technologically influenced age. Electric engineers are in charge of planning, constructing, testing, and supervising the manufacture of electrical apparatus. Almost every sector in the world today necessitates the use of electricity in some form. As such, electrical engineers are also involved in conducting research and development field studies, telecommunications sector, and also the government. Electrical engineering is the foundation, as well as the driver of novelty of the devices that are utilized by individuals on a daily basis for the improvement of life’s quality.
The invention of the telegraph in the early 19th century is considered as the major breakthrough in the field of electrical engineering. Notably, it was the first time that messages were transmitted by electric currents. After this, scientists and other professionals in engineering have created many innovations. For instance, the portability of communication devices has been achieved due to the creativity of engineers in the reduction of memory chip sizes. During the 20th century, electrical engineers have come up with technologies such as the radio which played a huge role in enhancing communication during World War II (Rizzoni 21). Additionally, electrical engineering has been introduced in the field of medicine. For instance, patients who have lost an arm or limb in accidents are able to regain their physical stature by the use of prosthetics technology. The process of innovation in electrical engineering does not stop and electrical engineers will continue to create new devices that will continue enhancing the positive transformation of our lives.
Life in the 21st century would be unbearable without the use of electrical energy. Due to the industrialization of the world, more and more fields are integrating their systems and electrical engineering is become an important element in all industrial sectors. Therefore, the job outlook for electrical engineers is bright and hence the need to understand the importance of undertaking a course in electrical engineering.
Despite the declining rates of graduation prospects in some careers, the subject league table for electrical and electronic engineering shows that the prospects in electrical engineering as still high. Consequently, graduates in this course have more opportunities of acquiring jobs in the corporate world. This is because managers in organizations look for fresh minds while seeking to make experts out of young people.
Majoring in electrical engineering provides students with an opportunity to work abroad. Markedly, the laws of electricity are universal which means that the knowledge acquired in college is not only limited for use locally. International organizations often look for electrical engineers from highly reputable learning institutions. Therefore, studying and excelling in the course presents one with a change to interact with diverse communities. Also, the technology in one country may be more developed that in another nation. Electrical engineers are, therefore, exposed to learning opportunities which play a significant role in the improvement of skills.
The contemporary era is being controlled by machines. Electrical engineers deal with machine issues on a daily basis. Studying electrical engineering provides one with the ability to deal with different kinds of machines (Rizzoni 24). Fixing these electrical devices is the work of an electrical engineer and the presentation of such challenges makes it an interesting career due to the constant innovations that are being developed across the world.
To further studies in electrical and electronic engineering, it is important that one possesses certain characteristics. First, it is essential that one has interpersonal skills. Electrical engineers and technicians often work in teams during the production process. This is to enhance the progress of their plans to ensure correct implementation. One needs to possess interpersonal skills to develop positive relations at work that will enhance productivity. Interpersonal skills tag along with good communication skills. Working closely with other professional in this career requires a person who can communicate effectively and possess the ability to follow instructions to the letter for the improvement of the development and production processes.
Electrical engineers are also required to have some aptitude in mathematics. The principles of calculus are utilized in this field, as well as other calculations that are necessary for analysis, design, and troubleshooting. In addition to mathematics skills, it is necessary that those furthering in electrical engineering develop good writing skills. This is because once in a while, one may need to post a technical publication about particular instruments or machines. In the case of invention, one needs to possess good writing skills for the production of the maintenance and operation manuals, design method documentations, and product proposals.
It is also essential that electrical engineers have effective organization skills. Notably, these professionals have to keep track of various design elements at the same time while analyzing technical characteristics that are crucial for the development of complex electronic products and electric systems. Finally, electrical and electronic engineers must have a personal initiative of self-drive. The application of knowledge is essential in this field due to the availability of different tasks. Keeping up with trends in the electrical engineering field is important for ensuring that one is updated about changes in technology.
Electrical engineering has played an important role in several industries in the contemporary era. In communication for example, more than 40 percent of citizens in the United States of America own a smart phone, tablet, or laptop (Hambley 30). This figure is expected to continue rising which means that electrical engineering plays an important role in the communication sector. Since the invention of the first working battery in the 20th century, electrical engineers have come up with new technologies such as fiber optics which have immensely improved power systems today. Efficiency has also been improved in many areas in the industrial world. Most importantly, electric autonomous cars have an efficiency of almost 90% and are bound to transform the transport industry (Hambley 31).
Overall, electrical engineering has a positive impact on the society. Professionals in this course are needed on a daily basis and can acquire employment in diverse locations. Enhanced diversity and improved machine abilities are some of the advantages associated with furthering in electrical engineering. Electrical engineers need to possess interpersonal, communication, mathematics, and organizational skills to improve their efficiency in this field. Indeed, electrical engineering is the foundation, as well as the driver of novelty of the devices that are utilized by individuals on a daily basis for the improvement of life’s quality.
Hambley, Allan R. Electrical Engineering: Principles & Applications. Pearson, 2017:17-34.
Rizzoni, Giorgio. Principles and applications of electrical engineering. McGraw-Hill Science/Engineering/Math, 2005: 13-29.
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