Mechatronics major in Turkish universities

What is mechatronics engineering?

The specialty of mechatronics engineering or mechatronics engineering is one of the most important disciplines that young people seek to join, because it is not a single subject but rather a mixture of technology and techniques to develop industries, as it combines mechanical engineering, electrical engineering, electronic engineering and computer engineering, those fields that are called the kings of engineering because they are basis for developments in the world of technology.

It should be taken into consideration that mechatronics engineering is one of the disciplines that requires a strong foundation and love for mathematics, physics, chemistry and programming, in addition to that it requires personal skills such as the ability to analyze data, understand and simplify complex processes, and think in a logical manner with the ability to work accurately in the field of electronics and electrical circuits.

Mechatronics engineering in Turkey is among the most preferred departments, and the number of students in this department is increasing annually due to the importance of this field on a practical level. Or a doctorate, and the number of years varies according to the university.

What are the advantages of studying mechatronics engineering?

• The ability to self-learning and self-development continuously.
• Learn about integrated design methods in electrical engineering, mechanical engineering, computer systems, and control systems.
• The ability to design products and deal with integrated means of production.
• Developing methods for performing computer-aided tasks such as underwater exploration or mining.
• Modeling and analyzing complex electronic, mechanical, and other engineering systems using computers.

And because Turkey pays great attention to future specializations that have a major role in the growth and development of sectors, and since mechatronics engineering combines the foundations of technology and is indispensable, and because it helps in creating devices that increase the quality of services provided in various fields, therefore Turkish universities are the best. To study mechatronics engineering thanks to its preparation of university programs that combine modern knowledge and effective application at the same time through which creative, skilled and self-confident youth graduated and are able to innovate and develop devices of all kinds and support sectors with the best technologies and technological devices.

What are the subjects for studying mechatronics engineering?

We will present an overview of the subjects taught for the specialty of mechatronics engineering in Turkish universities in different semesters, but these subjects may differ from one university to another according to its laws, academic staff and special capabilities:

First academic year

• Introduction to mechatronics.
• Analysis.
• Physics.
• Chemistry.
• Algorithms and programming.

The second academic year

• Engineering mechanics.
• computer tools.
• Electrical and electronic circuit.
• Mathematical modeling.
• Engineering economics analysis.
• differential equations.

Third academic year

• summer training.
• Design of mechatronics components.
• Control systems design.
• Engineering thermodynamics.
• Sensors and actuators.
• Signals and systems.
• Motion control systems.

Fourth academic year

• Introduction to robotic systems.
• practical training.
• Engineering and Science Ethics.
• Design in Mechatronics Engineering.
• Graduation Project.

What universities teach mechatronics?

We have a large number of private universities in Turkey that teach mechatronics engineering and specify a number of seats for foreign students, but we will mention some of these universities for each of the vocational institutes, colleges, and postgraduate studies as follows:

What is the job market for mechatronics engineering graduates?

Mechatronics graduates can work in the field of designing and manufacturing robots, they can be involved in the operation of the system from start to finish, and they can work in the following areas:

• Robotics manufacturing and maintenance.
• Aircraft manufacturing and maintenance.
• Smart Homes.
• Electric cars.
• self-control systems.
• Human-machine interaction.
• Air and land vehicles.
• Auto industry.
• Transformative Industries.
• software companies.
• Aerospace and defense.
• Biomedical systems industry.
• Information, media and communications.
• Electricity and energy services.
• Industrial electronics and consumer products.
• Medical mechatronics and medical imaging systems.
• Manufacturing and mining.
• Computer manufacturing, design and maintenance.