Electrical and Computer Engineering

This Electrical and Computer Engineering course from Abdullah Gül University (AGU )aims to be a research-focused university by providing high-quality
undergraduate education, offering laboratory infrastructure that allows
scientists from different disciplines to work in their fields and on
joint projects, and placing special emphasis on graduate education
activities.

The Electrical and Computer Engineering course from Abdullah Gül University (AGU)aims to benefit all its stakeholders through its education and research activities, with an academic staff composed of experienced scientists in national and international research projects. One of AGU’s main goals is to produce joint projects with the regional industry, effectively realizing university-industry collaboration, and focusing on qualified industrial R&D activities.

In AGU’s Electrical and Computer Engineering graduate program, great importance is placed on advanced graduate education necessary for high-level research. Our research focuses on rapidly growing areas of today, including optics, photonics, nanotechnology, biomedical and bioinformatics, information and communication technology, power systems engineering, energy, control, and automation.

All graduate students are encouraged to participate in research projects as full-time research assistants. Research projects are funded by TÜBTAK, BAP, programs within the European Union, and industry. Candidates are particularly encouraged to apply for TÜBTAK 2211 and TÜBTAK 2215 scholarships. Additionally, scholarships from our foundation are available for highly qualified candidates.

We believe that the reputation of AGU’s Electrical and Computer Engineering master’s and doctoral programs will be built on the quality of its faculty members and graduate students. Bright, highly motivated, and enthusiastic graduate students, working with renowned faculty members in their fields, will contribute to creating one of the best programs in our country.

Key facts:

• The ability to apply knowledge of mathematics, science, and engineering in advanced research.
• The ability to analyze, design, and/or implement an original system to solve engineering problems.
• The ability to use software, hardware, and modern measurement tools necessary for research in their field of expertise.
• The ability to plan and conduct independent research in detail.
• The ability to follow the literature, make technical presentations, listen, and write academic-level articles.
• The ability to think innovatively and inquisitively and find original solutions.

Courses include:

• Linear Systems

• Advanced Theory of Power Electronics

• Architectures of Current & Future Internet

• Computer Networks

• Wireless Sensor Networks

• Robotics