Mechatronics Engineering
The Mechatronics Engineering programme is a multidisciplinary field of engineering that combines the disciplines of mechanical, electrical and electronic, and computer engineering. In this programme, students receive training in areas such as robotic systems, automation, control systems, artificial intelligence applications and smart manufacturing technologies.
Mechatronics engineers work as professionals who design, develop and manage innovative systems in sectors such as manufacturing, automotive, defence, robotics and automation. This department aims to train engineers who can integrate technology with different disciplines and possess strong problem-solving skills.
General Information
The Mechatronics Engineering Program at Cyprus Aydin University, Faculty of Engineering and Architecture, is an interdisciplinary program that integrates mechanical engineering, electrical and electronics engineering, control systems, and computer engineering. The program is designed to equip students with strong theoretical foundations and practical skills required to design, analyze, and maintain intelligent engineering systems used in modern industry. Graduates of the program are prepared to meet the demands of rapidly advancing technologies in automation, robotics, manufacturing systems, and smart devices, both at national and international levels.
Program Director’s Message
Welcome to the Mechatronics Engineering Program at Cyprus Aydin University.
Mechatronics Engineering represents the core of modern engineering innovation, combining multiple disciplines to create intelligent and efficient systems. Our program aims to educate creative, ethical, and competent engineers who can adapt to technological changes and contribute effectively to industry and research. We are committed to providing a high-quality education supported by modern laboratories, experienced academic staff, and a student-centered learning environment. I invite you to explore our program and become part of a dynamic academic community shaping the engineers of the future.
Asst. Prof. Dr. Muhammad Asıf RABBANI
Program Introduction
The Mechatronics Engineering Program offers a comprehensive curriculum that blends theory with hands-on practice. Students receive education in key areas such as:
• Mechanical system design
• Electrical and electronic circuits
• Control systems and automation
• Robotics and embedded systems
• Computer programming and simulation
The program emphasizes laboratory work, project-based learning, and teamwork to ensure graduates gain real-world engineering experience. Upon completion, students earn a Bachelor of Science (B.Sc.) in Mechatronics Engineering.
Purpose and Objectives
The main aims of the Mechatronics Engineering Program are to:
• Provide students with strong foundations in engineering sciences and interdisciplinary integration
• Develop problem-solving, analytical thinking, and design skills
• Prepare graduates for professional careers in industry or for postgraduate studies
• Encourage innovation, lifelong learning, and ethical responsibility
• Enable students to adapt to emerging technologies and global engineering challenges
Accreditations
The Mechatronics Engineering Program at Cyprus Aydin University is officially accredited by both the Council of Higher Education of Türkiye (YÖK) and the Higher Education Planning, Evaluation, Accreditation and Coordination Council of the Turkish Republic of Northern Cyprus (YÖDAK).
These accreditations confirm that the program meets the required academic, administrative, and quality assurance standards at national and international levels, ensuring the recognition of the degree and the quality of education provided to students.
Career Opportunities
Graduates of the Mechatronics Engineering Program at Cyprus Aydin University are equipped with interdisciplinary knowledge and practical skills that enable them to pursue a wide range of career opportunities in both national and international markets.
Possible career paths include, but are not limited to:
• Automation and control engineer
• Robotics and intelligent systems engineer
• Manufacturing and production engineer
• Maintenance and systems engineer
• Embedded systems and electronics engineer
• Research and development (R&D) engineer
• Quality control and technical management positions
Graduates may also continue their education through postgraduate studies in engineering and related fields at leading universities worldwide.
Graduates of the Mechatronics Engineering Program form an important part of the Cyprus Aydin University alumni community. The university maintains communication with alumni through various platforms to support lifelong learning, professional networking, and collaboration. Alumni contributions, feedback, and professional experiences are used to improve curriculum quality, enhance industry relevance, and support current students through mentoring, seminars, and career guidance activities.
Program Qualification Type
The Mechatronics Engineering Program is a Bachelor’s Degree Program (B.Sc.) offered by the Faculty of Engineering and Architecture at Cyprus Aydin University. The program is designed in full compliance with the Bologna Process and is structured to meet international higher education standards.
The program meets the requirements of both the European Credit Transfer and Accumulation System (ECTS) and the level descriptors of first-cycle degree qualifications of the Overarching Framework for Qualifications of the European Higher Education Area (QF-EHEA). In addition, it fulfills the Level 6 qualification requirements of the Turkish Qualifications Framework for Higher Education (TYYÇ, NQF-HETR).
Furthermore, the program’s level descriptors also meet the Level 6 requirements of the European Qualifications Framework for Lifelong Learning (EQF-LLL), ensuring academic comparability, international recognition, and graduate mobility.
Program Qualification Type
Course Structure
The program follows a structured and progressive curriculum over eight semesters (four years). Courses are organized to provide students with a balanced combination of:
• Basic sciences (mathematics, physics)
• Core engineering courses
• Mechatronics-specific interdisciplinary courses
• Laboratory and practical applications
• Technical electives and general education courses
Advanced courses and graduation projects in the final year enable students to apply theoretical knowledge to real-world engineering problems.
Course Structure
Course Content, ECTS, and Assessment
Each course in the Mechatronics Engineering Program is assigned European Credit Transfer and Accumulation System (ECTS) credits, reflecting student workload in accordance with Bologna standards. The total workload for graduation is 240 ECTS.
Assessment methods may include:
• Midterm and final examinations
• Laboratory reports and practical evaluations
• Projects, assignments, and presentations
• Continuous assessment and participation
Course content, learning outcomes, ECTS credits, and assessment methods are clearly defined and published in the course information packages.
Course Content, ECTS, and Assessment
Exam Evaluation Methods
Graduation Requirements
To graduate from the Mechatronics Engineering Program, students must successfully complete all courses designated within the curriculum with passing grades, amounting to a total of 240 ECTS credits. Students are also required to fulfill all laboratory work, internship obligations, and graduation project requirements as specified in the program structure.
In addition, students must achieve a minimum cumulative grade point average (CGPA) of at least 2.00 out of 4.00, in accordance with the academic regulations of Cyprus Aydin University.
Upon successful fulfillment of all graduation requirements, students are awarded the Bachelor of Science (B.Sc.) in Mechatronics Engineering degree.
Graduation Requirements
Admission Requirements
Admission to the Mechatronics Engineering Program at Cyprus Aydin University is based on the regulations and admission criteria determined by the university and approved by relevant higher education authorities.
Applicants must have successfully completed secondary education or an equivalent qualification recognized by the university. Evaluation of applicants may consider:
• High school diploma or equivalent qualification
• Academic performance and relevant background in mathematics and sciences
• Compliance with national and international student admission regulations
• English language proficiency, where applicable
Specific admission requirements for domestic and international students are announced annually by the university.
Admission Requirements for Students with TRNC Citizenship
Admission Requirements for Foreign Students
Admission, Recognition, and Transfers
Cyprus Aydin University applies transparent and fair procedures for admission, recognition, and transfer of students in accordance with institutional regulations and national higher education frameworks.
• Recognition of prior learning and credits is conducted in line with the European Credit Transfer and Accumulation System (ECTS).
• Horizontal and vertical transfers from other higher education institutions are evaluated based on course equivalency, content compatibility, and credit workload.
• Student mobility is supported through bilateral agreements and international exchange programs, allowing students to continue part of their education at partner institutions.
All admission, recognition, and transfer processes are carried out in compliance with academic regulations to ensure academic integrity, credit transparency, and student mobility.
Cyprus Aydın University Horizontal and Vertical Transfer Guidelines
Students
Students are the primary stakeholders of the program. Their feedback is obtained through course evaluations, academic advising sessions, surveys, and student representation in relevant committees. Student participation supports continuous enhancement of teaching, learning methods, and academic services.
Employees
Academic and administrative staff contribute actively to program development, delivery, and evaluation. Faculty members participate in curriculum review, quality assurance processes, research activities, and industry collaboration, ensuring that the program remains up to date with technological and educational advancements.
| Prof. Dr. Hikmet Åželli AYBAR | Dean |
| Assoc. Prof. Dr. Roozbeh VAZIRI | Associate Dean |
| Asst. Prof. Dr. Muhammad Asıf RABBANI | Lecturer |
| Asst. Prof. Dr. N. Suat CANARSLAN | Lecturer |
Graduates
Graduates are important stakeholders whose feedback provides valuable insights into program effectiveness and graduate employability. Alumni opinions are gathered through surveys and communication channels and are used to assess learning outcomes, curriculum relevance, and alignment with professional requirements.
Cyprus Aydın University Alumni and Members Association
Cyprus Aydın University Career Center
Employers and Industry Partners
Employers and sectoral partners play a key role in shaping the program through collaboration, internships, industry projects, and advisory input. Their feedback supports the alignment of program outcomes with labor market needs and enhances students’ practical skills and employability in the engineering sector.
Infrastructure and Physical Facilities
Mechatronics Laboratory,
The Mechatronics Laboratory provides a well-equipped educational environment designed to develop students’ interdisciplinary engineering skills by integrating the disciplines of mechanics, electronics and software through a holistic approach. The laboratory facilitates practical work on sensor and actuator applications, robotic systems, microcontroller programming, automation systems and control techniques.
Students transform their theoretical knowledge into practice by working with various experiment kits, robotic arms, PLC systems and embedded system platforms; thereby developing their system design, integration and problem-solving skills. The aim is to train competent, innovative and highly skilled engineering candidates in the field of industrial automation and smart systems.
Physics and Chemistry Laboratory,
The Physics and Chemistry Laboratory provides a comprehensive educational environment where students can reinforce their theoretical knowledge of the basic sciences through practical work. In the laboratory, experiments are conducted in the field of physics covering mechanics, electricity, optics and waves, whilst in the field of chemistry, practical work is carried out on solubility, titration, reaction kinetics and material analysis.
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Events
The Mechatronics Engineering Programme at Cyprus Aydın University encourages students to participate in a wide range of academic, technical and social activities with the aim of supporting their professional development, strengthening their awareness of teamwork and fostering innovative thinking.
The main activities carried out within the programme are listed below:
• Technical seminars and workshops conducted by academic staff and industry professionals
• Laboratory-based projects and competitions aimed at developing practical engineering skills
• Student clubs and engineering societies supporting robotics, automation and innovation-focused work
• Industrial visits and technical tours of manufacturing facilities and engineering infrastructure
• Conferences, symposia and guest speaker events organised in the fields of mechatronics engineering and emerging technologies
• Social and cultural events designed to support student participation and university life
These activities aim to develop students’ technical skills, communication abilities and professional awareness, whilst also fostering creativity, collaboration and a commitment to lifelong learning.
News and Announcements
Contact Information
Address: Dr. Fazıl Küçük Caddesi No.80 Ozanköy/Girne Kuzey Kıbrıs
Dean E-mail:[email protected]
Vice Dean E-Mail: [email protected]
Tel: +90 392 650 00 00
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