The educational infrastructure of the Mechatronics program dates back to 1989. This year, the Instrumentation and Control Program was established within the scope of the YÖK World Bank Project. The program, which was named the Control Systems Technology Program in 1992, became the Industrial Automation Program with the YÖK Vocational Schools Program Development Project in 2002. In the 2007-2008 academic year, it was transformed into the Mechatronics Program, taking into account the sectoral needs.
It is a 2-year program consisting of 3+1 semesters of 14 weeks. In this two-year period, theoretical courses, laboratory applications and industry-based education are given in the program. The program is designed to teach students the basic concepts of Mechatronics multi-disciplinary branch and other disciplines related to mechatronics (such as automotive, consumer electronics, manufacturing, biomechatronics, aerospace) and to improve their manual skills in industry and laboratory applications. Today, rapid developments are experienced in electronic, mechanical, computer and automation systems, computer-controlled systems are widely used in all fields compared to mechanical workers, artificial intelligence applications make itself felt in all fields. Meeting the need for competent personnel who will adapt to these developments and take them forward will create added value by strengthening our country's goal of becoming a regional and global power.
It has become mandatory to use electrical-electronic, mechanical and related hydraulic and pneumatic systems and software systems together. As a result of all these developments, mechatronics continues to function as an important field of science. The application areas of mechatronics cover a wide range from home systems to high-tech medical devices, from computer-controlled benches to robots. This field of science includes the basic subjects of physics, electricity-electronics, computers and machinery. The field of mechatronics has become very important as the extremely fast developing technology necessitates the basic knowledge of these different disciplines to be handled together. The main task of a mechatronics technician; to assist electronic, mechanical, software, control and mechatronics engineers in the operation of industrial applications. In this direction, it is aimed to train students who have extensive knowledge of the basic principles of mechatronics and the ability to use and control advanced technology devices.
The educational infrastructure of the Mechatronics program dates back to 1989. This year, the Instrumentation and Control Program was established within the scope of the YÖK World Bank Project. The program, which was named the Control Systems Technology Program in 1992, became the Industrial Automation Program with the YÖK Vocational Schools Program Development Project in 2002. In the 2007-2008 academic year, it was transformed into the Mechatronics Program, taking into account the sectoral needs.
It is a 2-year program consisting of 4 semesters of 14 weeks. In this two-year period, theoretical courses, laboratory applications and industry-based education are given in the program. The program is designed to teach students the basic concepts of Mechatronics multi-disciplinary branch and other disciplines related to mechatronics (such as automotive, consumer electronics, manufacturing, biomechatronics, aerospace) and to improve their manual skills in industry and laboratory applications. Today, rapid developments are experienced in electronic, mechanical, computer and automation systems, computer-controlled systems are widely used in all fields compared to mechanical workers, artificial intelligence applications make itself felt in all fields. Meeting the need for competent personnel who will adapt to these developments and take them forward will create added value by strengthening our country's goal of becoming a regional and global power.
It has become mandatory to use electrical-electronic, mechanical and related hydraulic and pneumatic systems and software systems together. As a result of all these developments, mechatronics continues to function as an important field of science. The application areas of mechatronics cover a wide range from home systems to high-tech medical devices, from computer-controlled benches to robots. This field of science includes the basic subjects of physics, electricity-electronics, computers and machinery. The field of mechatronics has become very important as the extremely fast developing technology necessitates the basic knowledge of these different disciplines to be handled together. The main task of a mechatronics technician; to assist electronic, mechanical, software, control and mechatronics engineers in the operation of industrial applications. In this direction, it is aimed to train students who have extensive knowledge of the basic principles of mechatronics and the ability to use and control advanced technology devices.
The educational infrastructure of the Mechatronics program dates back to 1989. This year, the Instrumentation and Control Program was established within the scope of the YÖK World Bank Project. The program, which was named the Control Systems Technology Program in 1992, became the Industrial Automation Program with the YÖK Vocational Schools Program Development Project in 2002. In the 2007-2008 academic year, it was transformed into the Mechatronics Program, taking into account the sectoral needs.
It is a 2-year program consisting of 4 semesters of 14 weeks. In this two-year period, theoretical courses, laboratory applications and industry-based education are given in the program. The program is designed to teach students the basic concepts of Mechatronics multi-disciplinary branch and other disciplines related to mechatronics (such as automotive, consumer electronics, manufacturing, biomechatronics, aerospace) and to improve their manual skills in industry and laboratory applications. Today, rapid developments are experienced in electronic, mechanical, computer and automation systems, computer-controlled systems are widely used in all fields compared to mechanical workers, artificial intelligence applications make itself felt in all fields. Meeting the need for competent personnel who will adapt to these developments and take them forward will create added value by strengthening our country's goal of becoming a regional and global power.
It has become mandatory to use electrical-electronic, mechanical and related hydraulic and pneumatic systems and software systems together. As a result of all these developments, mechatronics continues to function as an important field of science. The application areas of mechatronics cover a wide range from home systems to high-tech medical devices, from computer-controlled benches to robots. This field of science includes the basic subjects of physics, electricity-electronics, computers and machinery. The field of mechatronics has become very important as the extremely fast developing technology necessitates the basic knowledge of these different disciplines to be handled together. The main task of a mechatronics technician; to assist electronic, mechanical, software, control and mechatronics engineers in the operation of industrial applications. In this direction, it is aimed to train students who have extensive knowledge of the basic principles of mechatronics and the ability to use and control advanced technology devices.
The educational infrastructure of the Mechatronics program dates back to 1989. This year, the Instrumentation and Control Program was established within the scope of the YÖK World Bank Project. The program, which was named the Control Systems Technology Program in 1992, became the Industrial Automation Program with the YÖK Vocational Schools Program Development Project in 2002. In the 2007-2008 academic year, it was transformed into the Mechatronics Program, taking into account the sectoral needs.
It is a 2-year program consisting of 4 semesters of 14 weeks. In this two-year period, theoretical courses, laboratory applications and industry-based education are given in the program. The program is designed to teach students the basic concepts of Mechatronics multi-disciplinary branch and other disciplines related to mechatronics (such as automotive, consumer electronics, manufacturing, biomechatronics, aerospace) and to improve their manual skills in industry and laboratory applications. Today, rapid developments are experienced in electronic, mechanical, computer and automation systems, computer-controlled systems are widely used in all fields compared to mechanical workers, artificial intelligence applications make itself felt in all fields. Meeting the need for competent personnel who will adapt to these developments and take them forward will create added value by strengthening our country's goal of becoming a regional and global power.
It has become mandatory to use electrical-electronic, mechanical and related hydraulic and pneumatic systems and software systems together. As a result of all these developments, mechatronics continues to function as an important field of science. The application areas of mechatronics cover a wide range from home systems to high-tech medical devices, from computer-controlled benches to robots. This field of science includes the basic subjects of physics, electricity-electronics, computers and machinery. The field of mechatronics has become very important as the extremely fast developing technology necessitates the basic knowledge of these different disciplines to be handled together. The main task of a mechatronics technician; to assist electronic, mechanical, software, control and mechatronics engineers in the operation of industrial applications. In this direction, it is aimed to train students who have extensive knowledge of the basic principles of mechatronics and the ability to use and control advanced technology devices.

The main purpose of this program is; To train qualified technical staff and manager candidates who can work in the development of the country, especially in industry, public and private institutions, who have a good level of professional knowledge and can apply their knowledge in practice, who can work in the international arena. Applying machine, electrical, electronic and control systems technology and computer software in a unity in business life; Skilled and knowledgeable in the introduction, design, installation, use, maintenance, repair and development of all mechanical, hydraulic-pneumatic, electrical or electronic-based or computer-controlled tools, equipment, hardware and equipment systems and technological structures used in industrial and commercial business areas. and to train qualified technical staff with certain professional skills. The title earned by the students who graduated from the program is the title of "Mechatronics Technician". Mechatronics program; Today, it is a program that has the opportunity to work in all sectors, since it is a new branch of science based on the perception of machinery, electricity, electronics, control systems technology programs and computer software science branches as a whole. With the development of technology, many mechanical systems; become electrical, electronic and computer aided. As a result, it has become a necessity to use mechanical, electrical, electronic, hydraulic, pneumatic and computer technologies together. These different technology fields, which seem to be independent from each other but interact with each other in many environments with the rapidly developing technology, have been combined under the roof of Mechatronics. Mechatronics; It covers a wide area from home technologies to advanced medical devices, from computer-controlled benches to robots. Mechatronics is a new and contemporary science that researches control systems technology for industrial automation, automatic machines that can sense, measure and make decisions and act in this direction; Mechatronics applications are examples that define contemporary automation technologies in medicine, agriculture, banking, mining, machinery industry and many other fields. The mechatronic product is characteristically different from conventional electromechanical products. Additional methods and strategies need to be determined for their design. While performing a mechatronic design, neither a mechanical engineer, nor an electrical and electronic engineer, nor mere software can solve the problem. Parallel to the rapid development in this field, the need for trained personnel and the employment gap are constantly increasing. In order to meet this need, Mechatronics Program aims to teach Mechatronic systems theoretically and practically.

· Adequate knowledge of subjects related to mathematics and science; the ability to model and solve problems in these areas is gained. · Makes basic mechanical operations and installation of mechanisms. · Installs and maintains hydraulic and pneumatic systems. · Examines the structure of the materials required for the establishment of a mechatronic system and selects the appropriate material by performing various operations on the material. · Makes computer aided drawings of 2D models of machine parts. · Performs the design, installation and maintenance of electrical control circuits. · Performs the installation of electrical-electronic circuits and the necessary measurements on these circuits. · Using the theoretical and experimental knowledge gained, establishes the cause and effect relationship in the field of profession, solves the problems. · Gain the competence to have a sense of professional and ethical responsibility, to develop professional awareness by using communication tools in this regard and to contribute to the development of the profession.

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