University of Dayton

What you'll study

This programme blends core science and technology modules with specialised security topics. Early study emphasises mathematics, programming and systems fundamentals; later years move into applied subjects such as network and information security, digital forensics, sensors and surveillance, physical-security design, risk assessment and incident response. Coursework typically includes laboratory-based practicals, hands-on exercises in cyber ranges or mock incident-response environments, and a capstone project or practicum integrating technical and organisational aspects of security.

Typical topics and modules you can expect include:

• Foundations of computing and networks — programming, data structures, operating systems and networking principles.
• Cybersecurity fundamentals — cryptography basics, secure software development, vulnerability assessment and penetration testing techniques.
• Digital forensics and incident response — evidence collection, forensic analysis tools, log analysis and response workflows.
• Physical and infrastructure security — access control, surveillance systems, facility hardening and securing industrial control systems/IoT devices.
• Risk management and policy — threat modelling, enterprise risk assessment, compliance frameworks and the legal/ethical context of security work.
• Systems engineering and integration — designing resilient systems, sensors and controls, and integration of cyber–physical security measures.
• Capstone/experiential component — an applied project, internship or practicum working with an external organisation, designed to synthesise technical skills with real-world problem solving.

Entry requirements

Applicants are normally expected to have completed secondary education with a strong background in mathematics and at least one science (for example physics or computing). Admissions consider overall academic achievement alongside evidence of technical interest — this can include programming experience, participation in STEM clubs or relevant certifications.

Typical entry documentation includes school transcripts and a personal statement describing your interest in security science and technology. Mature applicants and those with relevant work experience or vocational qualifications are welcome to apply; English language proficiency is required for non-native speakers. Specific grade-level requirements and any standardised test expectations are published by the University of Dayton admissions office.

Career prospects

Graduates are prepared for a wide range of roles in both the public and private sectors. Common entry-level job titles include cybersecurity analyst, digital forensics technician, security systems engineer, network security specialist, and risk-assessment analyst. Alumni also move into roles with law enforcement agencies, intelligence and homeland security organisations, defence contractors, critical-infrastructure operators, and consultancies specialising in audit and compliance.

The programme’s applied focus and capstone/placement options support progression to professional certification pathways (such as vendor and industry cybersecurity credentials), postgraduate study in security or engineering, and technical leadership roles that require an understanding of both the technological and organisational dimensions of security.

Why study at University of Dayton

The University of Dayton offers a hands-on, interdisciplinary approach to security science and technology within a campus environment known for engineering and applied research. Students benefit from lab facilities, computing resources and project-based learning integrated into curricula. The university’s location in a region with a strong aerospace and defence presence provides opportunities for internships, partnerships and applied projects with industry and government organisations.

Small class sizes and accessible faculty foster close mentoring, while career services and alumni networks help connect students with employers. The programme’s combination of technical training, ethical and policy context, and experiential learning prepares graduates to address complex security challenges across sectors.