Misyon

In the field of Computer Engineering,

● to provide high-level education that fosters self-confidence,
● to cultivate the ability to question and analyze,
● to instill the principles of disciplined work,
● to follow current technologies and produce solutions for societal needs,
● to raise graduates who possess ethical values and are beneficial to society and well-known.

Vision

In the field of Computer Engineering,

● to be able to teach by following the latest technology,
● to enhance the quality of education and compete strongly with similar programs,
● to effectively share high-quality academic research activities with internal and external stakeholders,
● to push the boundaries of technology and shape the future,
● to become a well-known and preferred education and research unit both domestically and internationally.

 

Computer Science: This scientific field is concerned with the structures that store data and enable processing on it to achieve specific goals. The foundation of Computer Science lies in logic and mathematics. These two disciplines, with their vast and deep-rooted structures, form the defining environment of Computer Science.

Software Engineering: Software engineering involves the use of engineering principles to obtain economical software that works quickly, efficiently, and securely on real machines. A software project includes project management, designers, analysts-programmers, quality control experts, and those responsible for testing the implemented software. One of the core course contents of the Computer Engineering department is to bring engineering candidates to a level where they can work on a software project.

System Design: Before starting to program a system, it is crucial to think through, document, and approve the tasks to be done. This process occurs after the System Analysis and System Design stages. A good computer engineer must be well-versed in all these processes and stages.

Fields of Computer Engineering

• Intelligent Systems
• Design and Analysis of Algorithms
• Graphics Algorithms
• Component Software Architectures
• Computer Networks
• Computer Architecture
• Computer-Aided Education
• Computer Vision
• Distributed Operating Systems
• Distributed Database Models
• Object-Oriented Programming
• Electronic Commerce
• Image Processing and Analysis
• Remote Sensing
• Pattern Recognition
• Programming Languages
• Databases
• Operating Systems