Electronics and telecommunication
Telecommunications has changed beyond recognition since the time of Alexander Graham Bell. In recent years, we have been observing
Telecommunications has changed beyond recognition since the time of Alexander Graham Bell. In recent years, we have been observing the development of the dominance of mobile devices. More and more people in the world have constant access to the Internet. Phones recognize gestures and speech. They have become our private command center, without which we never go anywhere. The development of new technologies is so fast that in a dozen or so years, what we consider groundbreaking and amazing today will be outdated, and today's preschoolers and primary school students will be performing jobs that we have no idea about today. It's hard to say what the future will look like, but electronics and telecommunications will certainly have an impact on it. We invite you to study.
Studies in this field can be carried out both on a full-time and extramural basis. The first stage is 7 "engineer" semesters, after which you enter a higher level, "master's", which should normally last no more than one and a half years.
Of course, in fact, it often takes a year or two. Student life is often absorbing to such an extent that the priorities change, and thus, in September the corridors at universities fill up with retardants. Initially, the great laxity may be due to the fact that getting into college should not be a big problem. Obviously, the schools in the highest rankings will require much more from their applicants than those at the bottom of the table.
Therefore, if you dream of a top university, it is worth taking the baccalaureate seriously.
When preparing to start your studies in this field, it is worth knowing that mathematics is an extremely important subject here. Describing the student's profile, one of the universities emphasizes that it should be a person whose level of knowledge in science is at a very high level, with particular emphasis on mathematics. The "queen of science" does not allow herself to be forgotten throughout the entire study cycle, and in its pure form appears in the first stage in the amount of 150 hours.
Subjects that will also be of great interest to students are: Physics, Methodology and Programming Techniques (90 hours), Computational and Simulation Techniques, Circuits and Signals (45 hours). Among the course content, students will learn about a dozen subjects, including: optoelectronics, analog electronic circuits, programming, signal processing, integrated circuits and systems, antennas and wave propagation. Programming classes should not pose any major problems. Here, learning starts almost from scratch, so everyone has a chance to acquire knowledge. A large number of hours will help in this.
When it comes to circuits and signals, opinions are divided, depending on the region and on the preferences of students. In one sentence, they should be borne in mind, because not everyone is on the way with them. Items such as multimedia techniques or the basics of telecommunications should not cause major problems. However, you should pay attention to the electronic components.
During their studies, students can choose a specialization. Depending on the university, a different range of possibilities is available
Big problems with passing and effective learning are also often the result of erroneous expectations and ideas about the chosen field of study. The surprise, combined with the lack of systematic learning, results in more than one "September campaign", and even the hanging of a white flag and a change of direction.
Electronics and telecommunications are people who are able to navigate a variety of topics. Due to the fact that they have an enormous amount of knowledge, their professional possibilities are just as great. The more so as the market still feels unsatisfied with specialists and specialists with the title of engineer. However, keep in mind that just getting a degree may not be enough to get your dream job. You can help yourself by investing time in gaining experience. Internships, apprenticeships. There are more and more of them in the remunerated version, and therefore giving the opportunity not only to learn, but also to earn. Agile and flexible students take up additional work already during their education, thus increasing their chances of good employment after graduation.
You probably don't need to convince anyone that working with specialists in a given industry enriches you, because it develops you, and also allows you to gain valuable acquaintances, which often open many doors. So show your good side and develop practical skills, which will be described in the CV under the heading: professional experience. The right direction is training in the field of programming. In this case, universities do not provide sufficient knowledge, which often turns out to be invaluable in the course of professional work. In addition, you should remember to learn foreign languages. Proficiency in their command is always welcome. If we already have the competition behind us, you can start working.
Earnings in the telecommunications industry are among the highest. Administrators, software engineers, and network engineers are some of the better-paid professionals that you can become after graduating. This market is constantly developing. Increasingly wider access to the network, its improvement and development mean that a specialized group of employees is constantly needed.
During the course of study, the student acquires a broad knowledge of electronic and telecommunication systems. The graduate has no problems with designing, manufacturing, operating and testing digital and analog systems.
Electronics and telecommunications is a place for people interested in new technologies. Thus, it is a place for everyone who is curious about the world and opens up to the changing reality. One could say that they co-create the new world, based on technologies that we do not know today, and that in some time will be an inseparable part of our lives. This is undoubtedly a difficult direction, because it requires the acquisition of a large amount of theoretical knowledge. It's easy to get here, harder to hold on to.
For those who demonstrate skills and determination in pursuing their goals, not only a Master's degree in engineering awaits, but also interesting career prospects and a salary that will reward the effort put in. Electronics and telecommunications is a direction worth recommending.