The undergraduate program in Cyber Security Engineering is an educational program that aims to train professionals specialized in countering the ever-increasing cyber threats in today's digital world. By equipping students with both theoretical knowledge and practical skills, this program aims to train them to be effective and solution-oriented individuals in the field of cyber security. During the program, students are taught basic topics such as computer science, network security, cryptography, cyber attack techniques and defense strategies, as well as advanced topics such as security policies, ethical hacking, incident response, risk management and secure software development.
In the first years of the program, students take basic engineering courses such as computer engineering and software development. These courses give students a solid foundation in topics such as programming languages, data structures, algorithms, computer networks and operating systems. This foundational knowledge is critical for understanding and applying more advanced topics in cybersecurity. Students learn to apply the knowledge and skills gained in these core courses in cyber security courses to develop effective solutions to real-world cyber threats.
In the later years of the program, students are offered a variety of courses to specialize in cyber security. These courses include network security, cryptography, digital forensics, cyber attack and defense techniques, malware analysis, security protocols and system security. In network security courses, students learn about network structures, security vulnerabilities and how to close these vulnerabilities. Cryptography courses enable students to understand the encryption methods used to secure data and the mathematical foundations of these methods. In digital forensics courses, students learn the techniques necessary to trace cybercrimes and collect evidence.
The Cyber Security Engineering program provides students with theoretical knowledge as well as practical skills. Through laboratory work, project assignments and internship opportunities, students have the opportunity to put their theoretical knowledge into practice. These practical experiences ensure that students are prepared for the real-world problems they may face in the field of cyber security after graduation. In addition, it reinforces students' ability to work in teams, develop problem-solving skills and critical thinking skills.
Another important element of the program is the lectures and seminars to follow current developments in the field of cyber security. In an environment where cyber threats are constantly evolving and new threats are emerging, it is of great importance to equip students with up-to-date knowledge and techniques against these threats. In this context, students learn state-of-the-art cyber security tools and techniques, gain knowledge about current developments in the industry and gain the ability to closely follow these developments.
The Cyber Security Engineering undergraduate program offers a wide range of careers to its graduates. Graduates can work as cybersecurity experts, security analysts, network security engineers, security consultants, security auditors, security consultants, security auditors in various sectors such as banking, finance, health, energy, telecommunications. They can also work in government agencies, defense industry and cyber security companies. Graduates can also pursue an academic career, conducting research in the field of cyber security and contributing to the development of new knowledge and techniques in this field.
This program offers a comprehensive and detailed education that aims to prepare graduates for leading positions in the field of cybersecurity. With the knowledge and skills gained throughout the program, students graduate with the ability to overcome cybersecurity challenges, create innovative solutions and make the digital world a safer place.