General Information
There are 3 programs in our department, and among these programs, Biomedical Device Technology and Mechatronics Programs are active and accept students. The Electronics Technology Program is inactive. A total of 9 academic staff work in the department, including 1 Assoc. Prof. Dr., 1 Assist. Prof. Dr., and 2 Ins. in the Biomedical Device Technology Program and 2 Assoc. Prof. Dr. and 3 Assist. Prof. Dr. in the Mechatronics Program.
Employment
Those who complete the Mechatronics program are given the title of "Mechatronics Technician". Production, micro systems, industrial automation, robots, micro robots, smart weapons and weapon systems and the automotive industry can be listed as the leading application areas of the mechatronics program. Some examples of these application areas in our daily lives can be listed as follows: In vehicles, airbag security systems, ABS brake systems, remote control door locks, driving and cruise control, engine and power systems control, passenger security systems, NC, CNC, AC, etc. machines and automatic production benches, primarily MRI and ultrasonic medical devices used in medicine, cameras, video cameras, video, CD and DVD players, CD recorders and similar electronic devices for personal use, welding robots in industry, in-factory self-guided vehicles (AGV), robots used in space research, mine disposal robots for military purposes, bomb carriers and similar mobile robots, aircraft systems, garage door automatic opening systems, security systems, air conditioning control systems, etc., home and office applications, washing machines, dishwashers etc., household applications, various hand tools, hand and automatic controlled hydraulic brakes and similar material handling and construction machinery. Mechatronics technicians can be employed in all of these application areas.
Professional Advancement
Students who graduate from the Biomedical Device Technology Program can be employed in the biomedical and clinical departments of hospitals, institutions that perform research and development services in the field of medical devices and systems, companies that manufacture medical devices, in after-sales technical services, companies that provide maintenance, repair and calibration services to hospitals, and in medical device sales and marketing. After graduating from the Biomedical Device Technology Program, if our students are successful in the Vertical Transfer Exam conducted by ÖSYM, they can complete their undergraduate education in the departments of Biomedical Engineering, Electrical Engineering, Electrical-Electronics Engineering and Electronics and Communication Engineering of faculties.
Those who successfully complete the Mechatronics Program are given an associate degree diploma and the title of "Mechatronics Technician". As a result of the prepared curriculum and the activities carried out, it is aimed for students to use current production technologies effectively and to be able to perform their maintenance and repairs. In this direction, students who graduate can specialize in each vocational course they have taken and work in technical services, maintenance-repair units, electrical-electronic and mechanical assembly and disassembly works, microcontroller programming, electrical-electronic and machine device manufacturing factories and robotics fields in both public and private sectors. Students who graduate from the Mechatronics Program can vertically transfer to Electrical Engineering, Electrical-Electronic Engineering, Electronic Engineering, Electronics and Communication Engineering, Manufacturing Engineering, Control Engineering, Mechanical Engineering, Mechatronic Engineering, and Space Engineering undergraduate programs if they are successful in the Vertical Transfer Exam opened by ÖSYM.
Department Facilities
Classrooms: 2 (two) classrooms with a capacity of 60 people, 1 computer room with a capacity of 30 people (Faculty of Engineering common use area).
Social Areas: Student canteen with a capacity of 150 people (Faculty of Engineering common use area), student dining hall with a capacity of 2000 people/meal (University common use area), 3 computer rooms with a capacity of 30 people (Faculty of Engineering common use area).
Address and Contact Information (Department Head)
Assoc. Prof. Dr. Yunus KAYA
Phone: (458) 211-1153 (1661)
E-mail: ykaya@bayburt.edu.tr
Department web page: https://www.bayburt.edu.tr/en/electronics-and-automation
There are 3 programs in our department, and among these programs, Biomedical Device Technology and Mechatronics Programs are active and accept students. The Electronics Technology Program is inactive. A total of 9 academic staff work in the department, including 1 Assoc. Prof. Dr., 1 Assist. Prof. Dr., and 2 Ins. in the Biomedical Device Technology Program and 2 Assoc. Prof. Dr. and 3 Assist. Prof. Dr. in the Mechatronics Program.
Employment
Those who complete the Mechatronics program are given the title of "Mechatronics Technician". Production, micro systems, industrial automation, robots, micro robots, smart weapons and weapon systems and the automotive industry can be listed as the leading application areas of the mechatronics program. Some examples of these application areas in our daily lives can be listed as follows: In vehicles, airbag security systems, ABS brake systems, remote control door locks, driving and cruise control, engine and power systems control, passenger security systems, NC, CNC, AC, etc. machines and automatic production benches, primarily MRI and ultrasonic medical devices used in medicine, cameras, video cameras, video, CD and DVD players, CD recorders and similar electronic devices for personal use, welding robots in industry, in-factory self-guided vehicles (AGV), robots used in space research, mine disposal robots for military purposes, bomb carriers and similar mobile robots, aircraft systems, garage door automatic opening systems, security systems, air conditioning control systems, etc., home and office applications, washing machines, dishwashers etc., household applications, various hand tools, hand and automatic controlled hydraulic brakes and similar material handling and construction machinery. Mechatronics technicians can be employed in all of these application areas.
Professional Advancement
Students who graduate from the Biomedical Device Technology Program can be employed in the biomedical and clinical departments of hospitals, institutions that perform research and development services in the field of medical devices and systems, companies that manufacture medical devices, in after-sales technical services, companies that provide maintenance, repair and calibration services to hospitals, and in medical device sales and marketing. After graduating from the Biomedical Device Technology Program, if our students are successful in the Vertical Transfer Exam conducted by ÖSYM, they can complete their undergraduate education in the departments of Biomedical Engineering, Electrical Engineering, Electrical-Electronics Engineering and Electronics and Communication Engineering of faculties.
Those who successfully complete the Mechatronics Program are given an associate degree diploma and the title of "Mechatronics Technician". As a result of the prepared curriculum and the activities carried out, it is aimed for students to use current production technologies effectively and to be able to perform their maintenance and repairs. In this direction, students who graduate can specialize in each vocational course they have taken and work in technical services, maintenance-repair units, electrical-electronic and mechanical assembly and disassembly works, microcontroller programming, electrical-electronic and machine device manufacturing factories and robotics fields in both public and private sectors. Students who graduate from the Mechatronics Program can vertically transfer to Electrical Engineering, Electrical-Electronic Engineering, Electronic Engineering, Electronics and Communication Engineering, Manufacturing Engineering, Control Engineering, Mechanical Engineering, Mechatronic Engineering, and Space Engineering undergraduate programs if they are successful in the Vertical Transfer Exam opened by ÖSYM.
Department Facilities
Classrooms: 2 (two) classrooms with a capacity of 60 people, 1 computer room with a capacity of 30 people (Faculty of Engineering common use area).
Social Areas: Student canteen with a capacity of 150 people (Faculty of Engineering common use area), student dining hall with a capacity of 2000 people/meal (University common use area), 3 computer rooms with a capacity of 30 people (Faculty of Engineering common use area).
Address and Contact Information (Department Head)
Assoc. Prof. Dr. Yunus KAYA
Phone: (458) 211-1153 (1661)
E-mail: ykaya@bayburt.edu.tr
Department web page: https://www.bayburt.edu.tr/en/electronics-and-automation