Top 10 Engineering Fields

Engineering has proven to be one of the most important disciplines in our daily lives over the years as it represents real solutions to real problems. Theorists think about solutions, and engineers put these solutions into practice. Engineers are inventors and also develop their own theory because they are not only dependent on theoreticians. Let's take a look at 10 best engineering field for the future and still in demand.

1. Chemical engineering

It is a mechanical engineering branch that deals with the planning and operation of industrial chemical production plants. Engineers are also involved in the research and manufacture of new chemical compounds and mixtures. Modern chemical engineering is currently a large field, as it finds its way into many industries.

The number of manufacturing and processing areas in which chemical engineers can work is enormous. These areas include: medicine / pharmacy and hygiene, oil and gas, sustainable energy, food processing, preservation, electronics and microelectronics, advanced material production, polymers, biotechnology, military, aerospace, construction, automotive, nanotechnology and much more.

2. Civil engineering.

Things change very quickly. People's needs are changing and more living space is needed as the population grows. Costs are becoming a major challenge and income gaps are widening. New ways of housing people are needed. This is partly the responsibility of the civil engineers.

Civil engineering is not just about housing and construction problems. It deals with geotechnics, structural engineering, traffic and roads, environmental solutions, urban planning and much more.

3. Mechanical engineering.

It is sometimes misunderstood that machine manufacturers are unusual car mechanics. That is definitely not true. Mechanical engineers are trained in a multidisciplinary area and often participate in the design, development and manufacture of sophisticated machines.

A mechanical engineer can work in a variety of areas, including aerospace, manufacturing and manufacturing, automotive, control and instrumentation, nuclear energy, water treatment and more.

4.Automobil technology

When someone buys a car, they get a product that has been researched, designed, developed and contributed to the manufacture of various components of that vehicle. Vehicle engineers also develop vehicle subsystems and perform tests and problem solving. It has many more obligations to ensure that the buyer receives a safe and efficient vehicle.

5. Computer technology

Computer engineers always have the world at hand if they have the right skills and knowledge.

Computer engineers can work on the design, development and production of hardware and software. You can edit software development and analysis, business analysis, data scientist, game development, business consulting, system development, user behavior analysis and more.

6. Software development

Each machine consists of two main parts: the hardware, which represents the physical aspect of the machine, and the software, which represents the set of signals, data and algorithms that control the interaction between the various components of the machine. Software is usually connected to computers, but in reality it is connected to everything that is considered computerized or carries out logical processes.

Computers change very quickly. If Moore's Law applies, the performance of the computer doubles every 18 months. That is, the more powerful the computer becomes; Advanced software and applications are required.

7 Petroleum Engineering

It is part of each phase in the production of the oil and gas industry. One of the tasks of an oil engineer is to maximize the extraction and processing of oil, minimize costs and protect the environment.

An oil engineer can be an oil geologist, reservoir engineer, production engineer, drilling engineer and others.

8 Mechatronik

For those of us who don't know what mechatronics is, it's the design and development of automated machines. It is the combination of mechanical, electronic and software development disciplines to create complex machines. It differs from the three interwoven disciplines in this area and is also very different from automation technology.

Mechatronics engineers are responsible for developing a deep understanding of these complicated machines that very few people can.

Mechatronics engineers can work in the fields of artificial intelligence, aviation, computer technology, control systems, data communication systems, energy fields, space and astronautics, modeling and simulation and many other areas.

9. Electrical and electronic engineering.

If an electronic part is present, electrical signals are needed to function. The electronics convert analog signals into digital signals to allow better manipulation and control by software. These engineers can work anywhere. Areas of activity include: aerospace, radio, electrical engineering, electronics, computer science, networks, nuclear technology, satellite communications and more.

10. Telecommunications technology.

When someone uses a mobile device to make a call or send a text message, the call or text is routed to the communication towers, possibly to the satellites, or through a massive underground cable network and reaches the pair of phones on the other side where they can be, at the speed of light,

Telecommunications engineers are responsible for most of this data communication process.

Telecommunications engineers can work in almost any telecommunications-related industry, including aerospace, aerospace, telecommunications, communications and data analysis, manufacturing, engineering solutions and more.

The outlook for each area may vary according to the experience and skills of the individual, and the market is hungry for experience and highly qualified people.