Computer Engineering 2025 Base Scores and Rankings

Computer engineering is a field that deeply influences every area of our daily lives. From coffee machines to cars, from smartphones to wearable devices, almost everything we interact with daily operates on systems designed and built by computer engineers.

This branch of engineering spans a wide range, from sensors and network technologies managing inventory systems that ease access to necessary goods and products in our daily lives, to modern vehicles with features like engine control, navigation, and autonomy.

As computer technology becomes more important for commerce and daily life, companies need computer engineers who can quickly adapt to changes and possess well-developed skills. Computer engineering involves applying scientific and mathematical principles to the design and analysis of all hardware, software, and operating systems for a computer system. It combines various fields of electrical engineering and computer science.

To become a computer engineer, one must study in the computer engineering department. This department aims to equip students with both theoretical knowledge and practical skills, turning them into specialized professionals in this field.

In this department, students receive in-depth education on how computer systems work, how to improve these systems, and how to create new, innovative computer technologies. Throughout their education, students gain both theoretical knowledge and practical skills, specializing in areas like software design, network security, microprocessors, embedded systems, and computers.

The primary goal of a computer engineering program is to equip students with the skills to design, analyze, and implement computer systems. This allows graduates to solve complex problems related to computer hardware and software, produce innovative solutions, and manage technology-driven projects. Additionally, students in this department gain the ability to adapt to the rapid changes in technology, providing them with continuous development opportunities in their careers after graduation.

Computer engineering is not only about technology and software development; it also involves understanding the role and impact of these technologies in our society. Engineers do not just solve today's problems but also foresee tomorrow's challenges, leading the sustainable and ethical development of technology. This shows that computer engineering education is not limited to technical skills but also includes critical thinking, problem-solving, and innovative thinking.

The undergraduate program in computer engineering lasts four years. During this time, students take courses based on fundamental sciences and engineering principles at the undergraduate level. However, course contents may vary from university to university. Courses in computer engineering cover the physical sciences, mathematics, and computer science necessary for computer hardware, software, and network engineering.

There are also courses designed to help students acquire specific techniques and skills in areas like logic design, computer organization, operating systems, software design, and algorithms.

Questions like "Is the computer engineering department difficult?" are frequently asked. Yes, this department can be challenging. Students must actively participate in classes and develop their engineering skills. Students who stick to the program can complete their exams successfully.

Although each university's curriculum differs, students generally take the following courses during their education:

• Mathematics
• Physics and Electronics
• Programming Languages
• Computer Organization and Architecture
• Operating Systems
• Database Systems
• Networking and Communication
• Software Engineering
• Computer and Machine Learning
• Embedded Systems
• Computer Graphics and Visualization
• Security and Cryptography

In Turkey, many universities offer computer engineering departments, providing a wide range of options for students wishing to study in this field. Universities in Turkey can be evaluated based on various criteria such as the quality of their academic staff, laboratory facilities, industry collaborations, and international recognition. Major cities like İstanbul, Ankara, and İzmir, among others, host these programs.

Leading universities include Boğaziçi University, Middle East Technical University (METU), Istanbul Technical University (ITU), Bilkent University, and Koç University.

Students must achieve high scores in the Higher Education Institutions Exam (YKS) and go through a placement process based on their preferences to enter these departments. Candidates must be successful in both the Basic Proficiency Test (TYT) and the Field Proficiency Test (AYT) to enter the computer engineering department.

The computer engineering department is evaluated under the numerical field in university entrance exams. This means candidates need a strong foundation in numerical subjects like mathematics, physics, chemistry, and biology.

In the Higher Education Institutions Exam (YKS), the score obtained from the Field Proficiency Tests (AYT) numerical section plays a significant role in applying to engineering programs like computer engineering. Therefore, students aiming to enter this department should focus on numerical subjects and strengthen their knowledge in this area.

To find the required net scores for the computer engineering department, it is necessary to look at the net scores of the last placed students by subject in the 2024 YKS in both TYT and AYT. For example, the last placed student's score in the Boğaziçi University Computer Engineering department in 2024 was 539,3, with a success rank of 1008.

Computer engineers apply the principles of electrical engineering and computer science to design and analyze all hardware and software required for a computer system. Questions like "Are there job opportunities in computer engineering?" are frequently asked by those researching this field. Yes, a bachelor's degree in computer engineering can help graduates find jobs easily.

Graduates of the computer engineering department can work in various fields because their education covers both computer science and electrical engineering. Sectors and industries that require computer engineers include:

✅ Electrical and electronics

✅ Telecommunications

✅ Aerospace

✅ Transportation

✅ Defense

✅ Higher education

✅ Government agencies

In these various industries, computer engineers can take on different job titles. Here are some common job roles for graduates of this department:

• Software Test Specialist: Responsible for designing and implementing programs that examine software.
• Computer Network Architects: Responsible for designing, building, and implementing data communication networks. They work on local area networks, wide area networks, or intranets.
• Computer Hardware Engineer: Individuals who research, design, and test computer systems and components.
• Software Developer: They create software applications, from games to social media platforms, business applications to operating systems.
• Systems Engineer: They design and manage complex systems, ensuring that hardware and software components work seamlessly together.
• Cybersecurity Analyst: They protect an organization's systems and data from cyber threats.
• Data Scientist: They analyze and interpret complex digital data to help companies make decisions and predict trends.
• Cloud Engineer: They are involved in the design, implementation, maintenance, and support of cloud computing services.
• Database Administrator (DBA): They are responsible for the management, maintenance, backup, and security of databases.

Computer engineering is a discipline that combines technology and science to create, design, implement, and maintain computer components. As the field expands, it also begins to cover topics like artificial intelligence (AI) and robotics.

Tasks of a computer engineer include:

✅ Building computer systems

✅ Conducting research on software and computer hardware

✅ Designing and testing computer hardware components like processors, circuit boards, memory devices, and routers

✅ Writing and testing code for mobile devices and computers

✅ Designing, installing, and testing networks

✅ Managing operating systems

✅ Designing and testing robots

✅ Creating programs to support various products from aircraft components to surgical technology

✅ Troubleshooting any hardware or software-related issues