Program Overview
Program Description
The Computer Engineering Master's program aims to provide a high-level education in the field of computer engineering, enabling students to follow developments in the field, possess international-level knowledge and skills, and produce solutions to local problems using new technologies.
Degree Awarded
Students who successfully complete the program are awarded a Master of Science degree in Computer Engineering.
Level of Degree
The program is at the graduate level, providing advanced education in computer engineering.
Admission Requirements
To apply for the Master's program, candidates must hold a Bachelor's degree and meet other requirements set by the Institute Board. Additionally, students applying for the thesis-based program must have an ALES score of at least 55, as determined by the Institute Board. For programs conducted in a foreign language, candidates' language proficiency is assessed based on central foreign language exams recognized by Y焗 or 烿YM, international foreign language exams recognized by the University, or the University's English Proficiency Exam.
Degree Requirements and Rules
To be awarded a Master's degree, students must:
- Complete 21 credits of 7 different graduate courses
- Attend a non-credit seminar course
- Achieve a minimum GPA of 3.00 out of 4.00
- Pass all courses
- Prepare and successfully defend a Master's thesis
Recognition of Prior Learning
Students who will continue their education at Bah蔒ehir University may be exempt from certain courses they have taken in their previous institution, provided the course content is similar and approved by the department.
Professional Profile of Graduates
Graduates can be employed as Computer Engineers, System Engineers, System Administrators, System Programmers, Design Engineers, Security Managers, and System Analysts in both the private and public sectors. They can also work as academics or researchers in higher education institutions or research centers.
Transition to Higher Degree
Graduates of this program can apply for doctoral programs.
Program Outcomes
The program outcomes include:
- Defining and applying advanced computer engineering concepts
- Formulating and solving advanced engineering problems
- Applying advanced mathematics, science, and engineering knowledge to real-world problems
- Reviewing literature and establishing connections between previous research and their own results
- Interpreting and analyzing scientific research in the field of engineering
- Working effectively in interdisciplinary research teams
- Accessing scientific knowledge
- Developing methods for improving existing knowledge
- Expressing ideas and findings effectively in written and oral form
- Defending research findings in seminars and conferences
- Writing progress reports based on published documents, theses, and articles
- Demonstrating professional and ethical responsibility
- Developing awareness for interpreting new professional practices and skills
Course and Program Outcomes Matrix
A detailed matrix outlining the relationship between courses and program outcomes is provided, showing how each course contributes to achieving the program outcomes.
Curriculum
The curriculum is structured over four semesters, with the first two semesters focusing on coursework and the last two semesters dedicated to the Master's thesis. Courses include:
- Veri Madencilii (Data Mining)
- Bilgisayar G顤𣏦 (Computer Vision)
- A G慂enlii ve ifreleme (Network Security and Cryptography)
- Seminer (Seminar)
- Aratrma Y霵temleri ve Etik (Research Methods and Ethics)
- Y悞sek Lisans Tezi (Master's Thesis)
Department Chair (or Equivalent)
Dr. 琀. 閍esi Tarkan Aydn, Program Coordinator, Faculty of Engineering and Natural Sciences.