Benefits Of Majoring In Engineering

30 January, 2024 By: Admission

Everyone knows probably the most brilliant engineer and inventor of modern times: Thomas Edison. In the age of industrialization, he developed the phonograph, invented the light bulb, constructed the first public power station, and invented a working film camera. He invented a total of more than 2,000 devices and processes and developed them until they were patentable.

Even today, engineers are required to be technically adept and technologically inventive, as well as have a strong sense of technical feasibility. There is also increasing social, political, and ecological responsibility.

The job profile has changed particularly significantly in recent years. Whether car, television, computer, or cell phone, we live in a highly technological world. The development, operation, and repair of products have become incredibly complex and complicated. Today's engineer now builds power plants, fiber optic transatlantic cables, plasma screens, satellites, MP3 players, photovoltaic systems, and hybrid cars.

Technology determines our lives: it makes our everyday lives more comfortable, safer, and more efficient. For many people, life without a dishwasher, microwave, or car is now unimaginable. We are often not even aware that there are a large number of engineers behind all of these developments and products. What exactly is an engineer? What areas does he work in? And how do you become an engineer?

How do you become an engineer? Requirements and duration of study

You become an engineer with an engineering degree, which can be completed at a university or technical college. The first degree, the Bachelor, usually lasts eight semesters, i.e., four years. If you want to further qualify, you can continue studying and obtain a master's degree in (usually) four semesters or two years.

In order to start an engineering bachelor's degree at a university, you must first pass the Abitur. To study engineering at a technical college, the so-called technical college entrance qualification is sufficient.

You should have a great interest in the three natural sciences: biology, chemistry, and, above all, physics. You should also be open-minded about mathematics. It is also necessary to be able to use computers and modern software safely. Many industrial companies operate worldwide - so you should definitely have good English skills. In the age of globalization, it is recommended that you also speak another foreign language. However, if you don't yet speak a foreign language fluently, you don't need to despair: all universities, whether university or technical college, also offer foreign language courses as part of their engineering studies.

Creativity, team spirit, determination, and responsible thinking and action are also required.

Many engineering degree programs include professional internships lasting several months that must be completed before or during your studies. As a rule, such an internship lasts three months, but it can vary between one and a half and twelve months depending on the subject area and university of applied sciences.

The so-called preliminary internships often concern high school graduates or secondary school graduates without previous professional experience who want to start a bachelor's degree in engineering at a technical college. New students who have previously completed training or other relevant professional activities will have this time counted towards their internship.

Spoiled for choice: Which university is the right one?

Since the introduction of bachelor's and master's degree programs, the theoretical or practical orientation of engineering studies is no longer dependent on the choice of university type. So you should first keep your career goal in mind.

You should then consider whether you would like to start your career after completing your bachelor's degree in order to get to know the realities of the company and gain practical experience, or whether it might be better to acquire a master's degree and therefore more knowledge in order to get higher up the career ladder or to continue working in academic university settings.

Even more practice in the dual study program

If you want to get into professional practice even more quickly, you can think about a dual course of study. The training in business and the studies are interlinked so that you acquire good qualifications in theory and practice in a short time. Another advantage is that you earn money right from the start.

Vocational academies take a similar approach. Here too, the practical and theoretical parts are linked together or alternate.

What are the benefits of studying engineering?

The engineering profession is so diverse because it gives graduates of an engineering degree several alternatives to work in the field. A successful candidate for an engineering profession can become a civil engineer, industrial engineer, mechatronics engineer, or mechanical engineer, or gain a professional foothold in the electronics sector.

The advantage of studying engineering is that a graduate can design the course according to his or her preferences and skills. He is introduced to his later practical work at an early stage and is involved in many projects. This makes studying engineering a lively learning experience that also brings many benefits to students later on. This makes it possible for every graduate to expand their personal horizons and gain international experience.

What material is taught in an engineering degree?

An engineering degree program teaches the job that graduates need to practice their profession. You can find the right job on the engineering job board.

The engineering course is designed according to the choice of careers that a qualified engineer can later take up. If you know early on which engineering field you would like to work in later, you can choose one of the following engineering courses:

Mechanical Engineering Civil Engineering Electrical Engineering Automobile Engineering Chemical Engineering Computer Science Engineering Artificial intelligence Biomedical Engineering courses Foundry engineering Soil Mechanics Biotechnology

In each course of study, students receive the basic knowledge that every engineer must have. Later, the transfer of knowledge is tailored to the area that a student has chosen for themselves.

What are the advantages of studying engineering?

With an engineering degree under your belt, you can better plan your career in the engineering field. Graduates can find the right job on the engineering job exchange. In addition, studying engineering can provide you with the following advantages:

Graduates of a course of study increase their career prospects and maintain the possibility of finding a job with a future.

When it comes to salary negotiations, a university graduate is in a much better position to negotiate. In many areas, the higher salary is noticeable immediately after starting the job.

With the many courses available in the engineering field, every student can choose the subjects that suit their interests and promote their individual skills.

A course of study also supports the graduate in a personal sense because it teaches soft skills in addition to hard skills. This increases teamwork in a project. The students also learn to better integrate the time factor into their daily work.

Conclusion

Many school leavers choose to become engineers because they are looking for a versatile job with a future. To steer your career in the right direction right from the start, studying engineering is the best way.

Despite the many different areas that an engineering student can pursue, they benefit from even more advantages. In this way, he not only increases his career opportunities but also the possibility of finding a job that will continue to be important in the future. Studying engineering is therefore worthwhile for anyone who is interested in engineering.