Seattle University

What you'll study

This programme delivers a mix of foundational science and engineering courses alongside specialised security topics. Core technical subjects typically include computer systems and networking, applied cryptography, secure software development, and network and host defence. Students also study digital forensics, incident detection and response, systems hardening, and risk assessment methodologies.

Alongside technical modules, the curriculum emphasises legal, organisational and ethical dimensions of security: cyber law and policy, privacy, compliance and governance, and the social impact of security technologies. Coursework often includes lab-based practicals, hands‑on exercises in capture‑the‑flag style environments, and a culminating capstone project or practicum where students design, build or evaluate secure systems.

• Fundamentals of computing, data structures and operating systems
• Network architecture, protocols and defence
• Applied cryptography and secure communication
• Digital forensics and evidence handling
• Risk management, threat analysis and security policy
• Secure software engineering and vulnerability assessment
• Ethics, privacy and law related to security
• Capstone project or internship with industry or government partners

Entry requirements

Applicants are normally expected to hold a secondary school certificate with strong achievement in mathematics and science or computer studies. Seattle University uses a holistic admissions process, so consideration is given to academic preparation, recommendations, personal statement and any relevant hands‑on experience.

Typical academic preparation includes courses in algebra or calculus, physics or general science, and introductory computing where available. Applicants for whom English is not a first language will need to demonstrate English proficiency through accepted tests or other university‑approved evidence. Transfer students with prior college credits in computing or STEM subjects are welcome and may receive credit for equivalent coursework.

Career prospects

Graduates of this programme move into a wide range of operational and technical security roles. Common early career positions include security analyst, incident responder, network security engineer, digital forensics examiner, vulnerability assessor, and security operations centre (SOC) technician. With experience, alumni progress to roles such as security architect, penetration tester, compliance manager, security consultant or technical lead.

Graduates also work across sectors including technology companies, financial services, healthcare, critical infrastructure, consulting firms and government agencies. The degree also provides a foundation for postgraduate study in cybersecurity, computer science, law or public policy.

Why study at Seattle University

Seattle University offers this programme within a student‑centred Jesuit campus that emphasises hands‑on learning, ethics and service. Students benefit from small class sizes, direct faculty engagement and access to laboratory facilities geared to practical security training.

Located in a major technology hub, the university maintains connections with local industry and government employers, which supports internship and practicum opportunities. The curriculum’s interdisciplinary approach—combining technical depth with law, policy and ethics—prepares graduates to address both the technical and societal challenges of modern security work.

Career services, student organisations and applied project opportunities help students build professional networks and portfolios, making the programme a strong choice for those who want to enter the security workforce with practical skills and a values‑based perspective.