Education Information System

Electrical and Electronics Engineering is one of the most important engineering branches that provide value to society in the rapidly changing and developing technology field. From electromagnetic field theory to antenna and microwave techniques, from basic electrical solution techniques to large-scale integrated circuit design, from complex variable mathematical analysis methods to fuzzy logic techniques, from digital system design to communication technologies, from power electronics to high voltage applications, from symbolic logic to artificial intelligence, from biomedical engineering to microelectronics. covers an area. This branch of engineering carries out multidisciplinary studies with other programs in many fields, from energy to communication, from the health sector to space technology, and from military communication to industrial machinery. It is also an engineering branch that develops solutions and products focused on intelligence and creativity.

Our students can choose courses from these fields according to their interests and competencies. Since the courses of our department are structured with an innovative approach based on research and projects, it aims to teach students realistic engineering and design problems.

There are 5 Professors, 10 Associate Professors, 9 Doctoral Lecturer, 1 Lecturer, and 12 Research Assistants working actively in the department.

Click for academic staff.

https://duzce.edu.tr/akademik/fakulte/mf/eem/0fc9/akademik-kadro

The program aims to train Electrical and Electronics Engineers who can successfully take part in design, production, application, and research and development studies in industry and research institutions by providing graduate and vocational internal education, who are creative, have a systematic approach to problem-solving, are prone to teamwork, are sensitive to the environment, have social, economic and professional ethics awareness and have leader characteristics; to produce solutions to the problems of the national industry by conducting research that provides information and technology production at international level.

In line with the basic knowledge of Electrical-Electronics Engineering, our main goal is to educate graduate engineers who have the knowledge and scientific formation to keep up with the innovations of the rapidly developing Electrical-Electronics industry and technologies to meet the needs of society and to support social development by taking advantage of the opportunities provided by information technologies; entrepreneurial and creative; able to use modern engineering tools; have gained the ability to plan, develop, implement and evaluate; have the ability to lead and teamwork; have adopted the importance of lifelong learning and in this direction, follow professional developments and social changes and are beneficial to the economy and technology of our country.

Turkish

Students who successfully complete the programme will be awarded an Master’s Degree in Electrical-Electronics Engineering.

It is a programme that provides graduate education at Second Cycle level.

It is essential for the candidates of graduate program:

•    To hold an undergraduate diploma.
•    To have a grade of at least 55 in ALES (Academic Personnel and Graduate Education Entrance Exam), 450 in GMAT, which is an internationally accredited exam or 610 in the “quantitative” part of GRE exam.
•    To meet the requirements determined by the head of department and to have  taken the language proficiency exam given by the Institute, unless the candidate has a certificate of KPDS/UDS or any other exam accredited by YOK (Turkish Higher Education Institution).
•    To be successful in the interview/ aptitude test.
•    To have a reference letter, a statement of purpose  showing thereas on for applying  for the graduate program and competence in written and oral Turkish and/or foreign language skills.
•    Exchange student applications are to be done in accordance with the admission requirements of the agreement signed between DuzceUniversity and the partner university.
•    Visiting students can take the courses approved by the head of the related department.

Students studying master's with thesis are required:
• To take 7 courses and enroll in the Seminar course and Master’s thesis, and complete 120 ECTS. To get at least a grade of CB in order to be successful in each course of the program,
• To have 3.00 general average grade out of 4.00 on the core subjects, and are to be successful in the Seminar course and Master’s thesis defense.

Students registered in a Master’s program without thesis:
• Are required to take 10 courses and enroll in the Graduation Project Course, and complete 120 ECTS. (The Graduation Project Course do not have local credit and are assessed with a pass or fail).
• Are required to get at least CB grade in order to be successful in a course in their program.
• Are required to have 3.00 general average grades out of 4.00 on the core subjects, and are to be successful in the Graduate Project course.

Students enrolled in DU might be exempted from certain courses within the framework of certain regulations. A student can be exempted from a certain course provided related course content previously received from another institution complies with that of DU, which is subject to approval and verification by the Board of faculty/graduate school/school.

Recognition of Education Abroad

DU recognises academic terms and courses studied by a student that has been involved in an exchange programme for one or two terms at the universities with which a partnership was established.

Students that are selected to avail themselves of Student Mobility for Studies under ERASMUS are obliged to draw up an education agreement with relevant ERASMUS Unit Coordination prior to the mobility term. The education agreement demonstrates the courses to be studied at the partner university the student intends to go, as well as appropriate ECTS credits.

In addition to this, students shall be asked to issue a Recognition Sheet, which refers to the equivalent of foreign courses in DU, so that the credit transfer is planned and approved.

At the end of the exchange term, the courses studied abroad are recorded and demonstrated in the transcript, together with the original course codes and names and ECTS credits. Pursuant to ERASMUS Programme and Collaboration Agreements concluded thereunto, official transcripts will quote, an abbreviation signal of ET, European Transfer, for the courses studied abroad.

Electrical and Electronics Engineering is a foundation based on strong mathematics and physics education, followed by the production, transmission, and distribution of electrical energy, communication systems, electronic hardware and software, electrical machines and drive systems, industrial automation, and control, microwave, and antennas, is an engineering discipline that encompasses a wide range of fields where in-depth knowledge of engineering science is provided in areas such as engineering. The main objective of the program is to train highly qualified engineers with the ability to research and develop to provide the knowledge required by rapidly developing science and technology.

No	Program Requirements
1	Various modeling and analysis of the development of methods and systems are widely used in electrical engineering, a good level of electrical science.
2	Electrical engineering in the development of systems for the analysis and knowledge of a range of modern mathematical methods and tools.
3	Used in the development and analysis of engineering systems Good knowledge of computer programming techniques and a good level of IT understanding of theories.
4	The basic knowledge of electrical engineering design problems and design solutions for a variety of engineering problems, these resources will understand how to formulate and analyze.
5	Simulation aided design techniques, as well as knowledge of circuit and system simulation.
6	Engineering industry in the mainstream of the principles and applications of the basic research and development, knowledge and understanding
7	Emerging modern engineering industry professional, safety and ethical issues, knowledge
8	Organization, administration and time management and work plan for achieving success and individual expert level knowledge of the research project to report issues
9	How to evaluate a scientific article, how to do a scientific presentation, scientific literature with the basics of writing and research ethics in research metadolojisi know.
10	Analysis of complex real-world problems, and these problems are efficient and well-documented for the design of computer-based solutions.

The Relationship between National Qualifications Framework for Higher Education in Turkey-Programme Key Learning Outcomes-Basic Field Qualifications CLICK HERE

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Graduates from this program, students can apply to study at doctoral programs.

For each course, the method of assessment and grading is defined "Course Information Form" in details. Click for more information about regulations.

In order to obtain a MSc degree in the program at least seven courses and seminars must be completed successfully. Once the courses are completed and a topic of the thesis is delivered to the Graduate School Administration Board for propounding. The thesis work can be carried out under the supervision of the advisor and the student. Thesis student is then asked for orally presenting his/her thesis after finishing thesis work and the student is awarded by MSc degree if the proposed thesis is accepted.

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