Level and Duration of Department: PhD, 8 Semesters
Our Mission
Our program is shaped by a mission to cultivate pioneering experts and leaders in the field of cybersecurity. Aimed at equipping students with the ability to devise effective solutions against complex cyber threats, the program provides a comprehensive cybersecurity education to prepare them for future challenges. Our mission focuses on providing students with opportunities to understand, analyze, and prevent cyber threats, emphasizing commitment to ethical values and principles of social responsibility. The program also encourages students to develop the skills to stay updated on innovations in the field of cybersecurity and engage in research, fostering contributions to cutting-edge advancements. In this regard, the program aims to contribute to the emergence of leaders in the cybersecurity realm, leading the way in shaping developments in the industry.
Our Vision
Our program's vision is to establish itself as a globally recognized reference point in the field of cybersecurity, providing students with a pioneering education and research experience. Our vision is focused on cultivating leaders and professionals who shape the forefront of developments in cybersecurity technologies and strategies, guiding the industry.
The program aims to go beyond excellence in cybersecurity, offering students the opportunity to surpass perfection and define the latest trends in the industry. Within this framework, our key objectives include ensuring that students have a competitive advantage on a global scale and encouraging them to take on a leading role in the cybersecurity world.
Our vision is centered on developing our students in the field of cybersecurity engineering into globally recognized leaders with a commitment to ethical values and innovative thinking. The program aspires to lead groundbreaking research and technological advancements, shaping the future of the cybersecurity world by nurturing visionary professionals who contribute value to the industry.
Purpose of the Department
The Doctoral Program in Cybersecurity Engineering aims to equip participants with in-depth knowledge and skills in the field of cybersecurity, intending to cultivate qualified experts capable of assuming leadership roles in the industry. The main objectives of the program are as follows:
1. Expertise in Depth: Providing students with extensive expertise in cybersecurity to enhance their understanding of security threats and strengthen their ability to develop effective solutions.
2. Innovation and Research Skills: Developing students' abilities to follow innovations in cybersecurity and conduct research to increase their capacity to identify the latest developments in the industry.
3. Ethical Professionalism: Supporting the development of professionals committed to ethical values, responsibility, and contributing to society, thereby contributing to the formation of leaders who add value to the industry.
4. Global Competitive Advantage: Providing students with knowledge, skills, and perspectives that will give them a competitive advantage globally, enabling them to effectively participate in the international arena.
5. Leadership Skills: Enhancing students' capacity to take on leadership roles in the industry and enabling them to reach pioneering positions in the cybersecurity world. In this regard, the program aims to offer participants theoretical depth in cybersecurity and a leadership vision based on ethical values.
Program Outcomes
The program aims to provide students with a broad expertise and leadership perspective. The achievements are as follows:
1. Advanced Expertise: Acquiring extensive knowledge and skills in understanding security threats and developing effective solutions.
2. Innovation and Research Abilities: Increasing the capacity to follow innovations in cybersecurity and identify the latest developments in the industry.
3. Professionalism Aligned with Ethical Values: Developing a professional identity that is responsible and contributes to society.
4. Global Competitive Advantage: Gaining a competitive advantage at the global level through knowledge, skills, and perspectives.
5. Leadership Skills: Enhancing the capacity to take on leadership roles in the industry and reach pioneering positions. The program aims to equip students with both deep knowledge and leadership skills in cybersecurity, intending to graduate qualified professionals who meet industry demands.
Program Employment Areas
The Doctoral Program in Cybersecurity Engineering aims to provide its graduates with opportunities to specialize in a wide range of fields and assume leadership roles. Graduates can find employment in the following areas:
1. Cybersecurity Expertise: Specializing in cybersecurity strategies, threat analysis, and security infrastructure, graduates can take on roles in cybersecurity firms or organizations.
2. Research and Development: Working on research and development projects for innovative solutions and technological advancements, graduates can make valuable contributions to the industry.
3. Consultancy and Training: Providing consultancy services in cybersecurity or sharing their expertise through training, graduates can contribute to organizations in need of cybersecurity guidance.
4. Public and Private Sectors: Graduates can take on leadership roles in cybersecurity in various sectors such as public institutions, finance, healthcare, and energy.
5. Application and Security Management: Working in different sectors and large-scale organizations, graduates can manage cybersecurity applications and develop security strategies. These employment opportunities aim to equip graduates with a broad career spectrum in the cybersecurity world, addressing diverse industry needs.
How the Lessons are Conducted
The Cybersecurity Engineering Program, conducted through an Internet-based Learning Management System (LMS), offers students learning opportunities using a distance education model. This allows students to participate in classes online and complete the program. Here is more information about the functioning of such an LMS-based program:
1. Online Course Material: The course material of the program is accessible on the LMS platform. Students can access lecture notes, slides, videos, reading materials, and other resources from this platform.
2. Video Lectures: Instruction is supplemented with recorded video lectures. Students can watch these videos online, providing them with an opportunity to understand the course content.
3. Live Classes and Webinars: Some programs organize live classes or webinars. Students can participate in these live sessions, interacting with instructors.
4. Interactive Discussions and Forums: The LMS provides interactive discussion boards and forums. These platforms allow students to ask questions related to the course and engage in discussions with fellow students.
5. Student Assessments: Online quizzes, assignments, and project submissions are used to measure students' achievements. These assessments evaluate students' understanding and application skills.
6. Customized Course Programs: The LMS offers customized course programs for students. They can choose courses that align with specific areas of interest or career goals.
7. Online Communication: Students can communicate with instructors and classmates through the LMS. Email, messaging, and video conferencing tools can be utilized.
8. Research and Project Collaboration: Students can collaborate on research projects through the LMS. This provides students with the opportunity to form online study groups.
9. Diploma: Students who successfully complete the program receive a PhD degree diploma. Programs conducted using an Internet-based LMS offer students the opportunity to receive education independent of geographical and time constraints.
Bölüm Müfredati / Department Curriculum