COURSE CURRICULUM

The Master of Science in Computer Information Systems and Cyber Security program at Auburn University at Montgomery offers a comprehensive curriculum designed to prepare students for leadership and technical roles in information security, network management, and cybersecurity operations. The program combines foundational computing courses, advanced programming, and specialized cybersecurity training to equip students with both practical and analytical skills. Foundational courses include programming fundamentals, data structures, algorithms, computer architecture, software engineering, database systems, and network operating systems, providing students with a strong base in computer science principles. Advanced courses in artificial intelligence, machine learning, deep learning, reinforcement learning, and large language models prepare students to develop intelligent systems and apply AI solutions across cybersecurity and information systems domains. Specialized cybersecurity courses cover Linux/Unix for cybersecurity, network security and reliability, ethical hacking and penetration testing, cryptography, malware analysis, data privacy, and information security management, ensuring graduates can assess, design, and manage secure networks and respond to emerging threats. The curriculum also incorporates applied learning through capstone projects, internships, research theses, and practicum experiences, allowing students to integrate theoretical knowledge with hands-on problem-solving in real-world environments. Additional courses in digital forensics, software components, mobile and cloud computing, high-performance computing, and IoT systems give students a broad understanding of contemporary technology environments and security challenges. By blending rigorous technical instruction with practical, career-focused experiences, the CSIS program equips graduates with the expertise, analytical skills, and leadership capabilities necessary to succeed in government, industry, and nonprofit organizations. Overall, the program ensures that students are prepared to protect information infrastructure, implement secure computing solutions, and lead in the rapidly evolving field of computer information systems and cybersecurity.