Cybersecurity

Tiffin University’s MS in Cybersecurity has been completely redesigned for 2025 to reflect cutting-edge trends and workforce demands. The new curriculum includes 11 advanced courses, spanning topics such as artificial intelligence in security, emerging technologies, and cyber governance. The new program is crafted to prepare students for specialized technical roles, executive leadership and national or global security operations.

The MS in Cybersecurity program integrates shared foundational coursework in AI, operating systems and programming with cybersecurity-specific topics like security operations, threat intelligence and GRC (governance, risk and compliance). Courses are taught by faculty with real-world experience, and the capstone project enables students to apply their knowledge to complex problems.

This highly flexible and fully online program supports working professionals who want to upskill, change fields or advance into high-demand leadership roles.

Professional Cybersecurity Training

• Apply AI and advanced algorithms to real-time threat detection and cybersecurity challenges
• Gain hands-on experience with network analysis tools, SIEM platforms and secure system design
• Analyze compliance and regulatory frameworks like NIST, MITRE ATT&CK and OWASP
• Explore emerging technologies such as blockchain, quantum computing and IoT security
• Develop organizational security strategies and incident response plans
• Complete a capstone project showcasing technical and strategic capabilities

Tiffin University’s MS in Cybersecurity is a career-driven program designed to prepare students for the complexity of modern digital threats. The curriculum is built around real-world applications. Students develop a deep understanding of secure system design, network engineering, risk assessment and the ethical implications of security practices.

Faculty bring hands-on expertise in areas such as AI-powered threat detection, GRC frameworks, adversarial simulations and cybersecurity leadership. Students will gain practical skills through case studies, simulations and exercises using industry-standard tools like SIEM platforms and network traffic analyzers.

The program culminates in a capstone project where students tackle a sophisticated cybersecurity problem, integrating their learning in a solution that reflects the complexity and stakes of real-world environments.

A practical, professional education

Through this program, students will gain the ability to:

• Design and evaluate secure systems aligned with current cybersecurity frameworks
• Detect and mitigate advanced threats using AI, cryptography and data analysis
• Navigate compliance requirements and implement GRC policies
• Assess risk and lead incident response planning for organizational resilience
• Anticipate and adapt to evolving technologies such as quantum computing and IoT
• Demonstrate leadership and strategic decision-making through a capstone project

Experiential learning is a key part of Tiffin University’s MS in Cybersecurity program. Students apply cybersecurity concepts in real-world scenarios, learning how to assess risks, manage threats and secure systems in a variety of professional contexts. Assignments and projects are designed to reflect current trends, including the use of tools like SIEM platforms, encryption software, and threat intelligence systems. From analyzing vulnerabilities to managing incident response, students gain hands-on experience that builds practical, career-ready skills.

FORMAT

Online – Offered in two terms per semester starting in January, March, May, July, August and October

SAMPLE COURSES

CDS540 Advanced Security Principles – Explore advanced security concepts and frameworks such as zero-trust architectures, cryptographic systems and threat modeling. Real-world case studies help students evaluate and apply security policies, assess vulnerabilities and build mitigation strategies that align with industry standards.

CDS610 Governance, Risk and Compliance (GRC) – This course examines the relationship between cybersecurity and regulatory frameworks. Students learn how to assess risk, manage compliance obligations and develop security policies that support ethical and legal standards in business and government settings.

CST630 Network Engineering & Security – Students gain a deep understanding of computer network architecture, including OSI and TCP/IP models, and explore security measures for ensuring safe data transmission. The course emphasizes hands-on experience with protocols, performance analysis and real-world network defense strategies.

CDS635 Cyber Threat Assessment – Analyze and counter advanced cyber threats through the use of threat intelligence tools, SIEM platforms and attack modeling frameworks like MITRE ATT&CK. Students study adversarial behavior, malware analysis and detection techniques in high-risk environments.

CDS650 Emerging Technologies in Cybersecurity – Explore the impact of cutting-edge technologies like quantum computing, artificial intelligence, blockchain and the Internet of Things. Students learn to anticipate and respond to the security challenges these technologies introduce, with a focus on practical mitigation strategies.

Learn about our Bachelor’s in Cybersecurity & Information Assurance program

Cybersecurity professionals are in high demand across industries, and that demand is only expected to grow. According to the U.S. Bureau of Labor Statistics, employment for Information Security Analysts is projected to increase by 29% through 2034, which is much faster than the average for all occupations.

Graduates of Tiffin University’s Master of Science in Cybersecurity program are prepared to lead, protect and innovate in today’s complex digital landscape. With a curriculum built around emerging threats, industry-standard tools and strategic leadership, this program equips students with the skills employers are actively seeking.

The program’s practical focus, through case studies, virtual simulations and a real-world capstone project, helps students build a portfolio that demonstrates job readiness and technical depth. Whether entering the field or advancing in an existing role, graduates are positioned to make an immediate impact.

Potential career paths include:

• Cybersecurity analyst
• Network security engineer
• Cyber threat intelligence specialist
• Governance, risk and compliance (GRC) officer
• Security operations center (SOC) manager
• Cybersecurity consultant
• Incident response manager
• Chief information security officer (CISO)
• Security architect
• Information assurance analyst

Industries hiring cybersecurity professionals include:

• Government and defense
• Financial services and banking
• Healthcare and hospital systems
• Technology and software development
• Manufacturing and supply chain logistics
• Education and research institutions
• Energy and critical infrastructure

what is cybersecurity?

Cybersecurity refers to the practice of defending computers, data, electronic systems, mobile devices, networks, servers and more from malicious threats and attacks.

what is a master’s in cybersecurity?

A master’s in cybersecurity provides graduate-level education and skills to a field that is suffering from a significant shortage of qualified personnel. The master’s in cybersecurity curriculum is based on the following four pillars: Risk/Threat, Legal/Policy, Cyber Technical Skills and Mitigation/Response.

what can i do with a degree in cybersecurity?

With a degree in cybersecurity, you will be qualified for a variety of career opportunities, including application security engineer, cybersecurity analyst, cybersecurity incident responder, Cybersecurity & Infrastructure Security Agency (CISA), FBI, forensics computer analyst, information security analyst, intrusion analyst, National Security Agency (NSA), penetration tester, risk and compliance analyst, security audit & risk management specialist, security operations center analyst, security researcher, threat detection engineer, threat hunter, United States Cyber Command, U.S. Department of Energy and more.