MASTER STUDIES

Students are introduced to the fundamental principles of modern cryptography. This course deepens knowledge of mathematical applications in cryptographic methods and systems. It covers common cryptographic algorithms, pseudorandom generators, and encryption techniques. Students learn about the key characteristics of block ciphers, both with and without keys, as well as techniques for digital signatures and key exchange. The course also addresses cryptographic system applications and assessments, including defense against attacks and vulnerabilities. Case studies will explore various modern applications rooted in strong cryptographic principles, such as cloud security and cryptocurrencies.

This course introduces students to the concepts of computer network security. Students first learn to analyze network vulnerabilities by studying Internet architecture and network protocols. They then explore security measures at different layers, including the data link, network, transport, and application layers. Through independent assignments, students gain the ability to explore specific topics related to computer network security in more depth.

Students gain an understanding of basic and advanced concepts of operating system security. The course begins with an introduction to potential vulnerabilities in various operating systems and how to differentiate between threats and attacks. Students explore formal models of secure systems and their application to different operating systems, as well as commonly used cryptographic algorithms embedded in operating systems. They learn about various attack methods and corresponding defense techniques. Through independent assignments, students develop a deeper understanding of Linux, Android, and modern Windows operating system security while enhancing their problem-solving skills in these environments.

CS533 Advanced Cyber Forensics
Students learn the principles and applications of cyber forensics across various computing environments. The course revisits different classes of cryptographic systems and foundational cryptanalytic attacks with relevant mathematical background. Students study cyber forensics within operating systems, computer networks, and web applications. The course also covers cyber forensics in cloud computing and Software-as-a-Service (SaaS) environments. Independent assignments allow students to explore specific topics in computer forensics in greater depth.

CS534 Advanced Hacking Prevention
This course introduces students to advanced principles of ethical hacking for identifying and preventing vulnerabilities in computer systems and networks. Students explore advanced techniques for securing network traffic and modern methods for detecting user data breaches in wireless networks. They simulate cyberattacks in virtual environments, analyze vulnerabilities, and evaluate the security of different systems. Through group and independent assignments, as well as scientific research papers, students gain in-depth knowledge of computer system vulnerabilities.

CS545 Cybersecurity and Blockchain
Students are introduced to blockchain technology in the context of data security, current Internet security policies, and vulnerabilities in modern computer systems. The course enables students to identify appropriate blockchain applications for security purposes and recognize security threats associated with different blockchain technologies. They learn about protective mechanisms for preventing attacks and securing data. Independent assignments allow for a more detailed exploration of blockchain security concepts.

CS538 Software Vulnerabilities and Security
Students learn about common security flaws in programming, system configuration, and software design. The course includes case studies on general and specific programming errors. Through group and independent assignments, as well as access to relevant research papers, students gain the ability to analyze and discuss software security vulnerabilities and issues in system development.

OM545 Entrepreneurship and Innovation
The course focuses on creating new businesses, entering new markets, and increasing organizational efficiency through innovation and process transformation. Emerging technologies, evolving processes, competition, and globalization require entrepreneurs and companies to move beyond traditional methods, fostering innovation and agility. This course examines successful strategies, business models, financing methods, barriers, and risks associated with launching innovative products and services. Topics include business model innovation, strategic leadership, human-centered and design-focused innovation, knowledge management, and change management. Upon completion, students will be able to develop skills and insights for evaluating, refining, and presenting new product or service ideas, either as startups or new initiatives within existing companies.

This course covers key aspects of IT project management, including:
• General IT project management principles
• Designing an IT project and selecting appropriate development methods, implementation strategies, and planning phases
• System architecture design and component structuring
• Development, monitoring, management, and implementation
• Testing, verification, and validation phases
• Teamwork, report writing, and project analysis
Students will explore fundamental development principles through case studies of specific IT projects. Depending on the chosen project topics, instructors may provide specialized lectures if necessary.