Roger Williams University

What you'll study

The programme blends foundations in computing, mathematics and physical science with specialised security topics. Core study areas include information security principles, network security, digital forensics, vulnerability assessment and risk management. You will also cover supporting subjects such as programming (commonly Python), operating systems, database fundamentals, statistics for security and systems architecture.

• Foundations: introduction to security science, computer systems, and discrete mathematics or statistics that underpin technical analysis.
• Cybersecurity and networks: network design and defence, secure protocols, intrusion detection, wireless and cloud security.
• Digital forensics and incident response: evidence acquisition, forensic analysis of disks and mobile devices, chain‑of‑custody and reporting.
• Applied technical skills: hands‑on labs in penetration testing, vulnerability scanning, secure coding practices and security toolsets.
• Physical and organisational security: facility security, access control, emergency planning and business continuity.
• Legal, ethical and policy context: law and ethics of cyber operations, privacy, compliance frameworks and regulatory considerations.
• Capstone and practicum: a culminating project or team capstone addressing a real security problem, plus opportunities for internships or cooperative placements.

Courses typically mix lectures, laboratory sessions and project work. Many students complete an internship or practicum with local companies, government agencies or campus research initiatives to gain applied experience.

Entry requirements

Admission is based on secondary‑school completion with competitive academic achievement. Typical successful applicants present a solid record in mathematics and science and demonstrated proficiency with computing fundamentals. Institutions commonly look for evidence of analytical ability and problem solving.

• Academic background: completion of secondary education with a strong GPA. Maths (algebra/trigonometry) and a science course are recommended.
• Technical preparation: prior coursework or experience in computer science, programming, or related technology subjects is advantageous but not strictly required; introductory bridging modules are often available.
• Supporting materials: personal statement describing interest in security, and academic references. International applicants will need to demonstrate English language proficiency in line with university requirements.
• Transfers and mature applicants: consideration is given to transferrable post‑secondary credits, relevant work experience, and professional certifications.

Career prospects

Graduates from this programme move into a broad range of technical and managerial security roles across sectors. The skillset prepares students for both hands‑on and oversight positions that address increasingly complex threats to information and infrastructure.

• Cybersecurity analyst / incident responder
• Digital forensics examiner
• Network security engineer or administrator
• Vulnerability assessor / penetration tester
• Security consultant or risk and compliance analyst
• Information security officer and policy advisor
• Technology roles in law enforcement, emergency management, finance, healthcare and critical infrastructure organisations

Graduates often pursue industry certifications (for example in networking, security or forensics) or further study at the graduate level to specialise in areas such as cyber operations, data privacy or critical infrastructure protection.

Why study at Roger Williams University

Roger Williams University offers a small‑class, experiential approach that emphasises practical skill development alongside theoretical understanding. Students benefit from hands‑on laboratory work and project‑based learning designed to mirror real security challenges.

• Experiential learning: lab courses, capstone projects and internship connections that provide workplace experience.
• Interdisciplinary curriculum: the programme combines technical, legal and managerial perspectives so graduates can operate across organisational boundaries.
• Faculty and industry links: instructors with academic and professional backgrounds in security, plus opportunities to engage with regional employers and public‑sector partners.
• Location advantage: proximity to regional technology and government hubs facilitates internship and employment opportunities.
• Student support: career services, advising and resources to help with certification preparation and graduate‑school planning.

Overall, the programme is aimed at students who want a career‑ready education in protecting digital and physical assets, supported by applied learning and local industry engagement.