Pfeiffer University

What you'll study

This programme combines foundational science and computing with specialised study in security technologies, risk assessment and investigative practice. Students progress from core mathematics, programming and networking to applied security topics and practical labs.

• Core technical foundations: introductory and intermediate programming, computer systems and operating systems, networking fundamentals, and applied mathematics relevant to security analytics.
• Cybersecurity and information assurance: topics such as cryptography, network security, secure systems design, vulnerability assessment and penetration testing (ethical hacking) with hands‑on lab work.
• Digital forensics and investigative methods: digital evidence collection and preservation, forensic analysis of storage and mobile devices, incident response and reporting procedures.
• Security management and policy: risk management, security governance, business continuity and disaster recovery, legal and regulatory frameworks, privacy and ethics.
• Physical and infrastructure security: access control systems, surveillance technologies, integrated security architectures and the interface between physical and cyber domains.
• Capstone and experiential learning: a culminating project or practicum that integrates technical skills with investigation, policy or organisational security planning; internships with industry, government or non‑profit partners are strongly encouraged.
• Electives and professional skills: options may include cloud security, Internet of Things (IoT) security, scripting for security automation, security analytics, and courses improving communication, leadership and ethical decision‑making.

Entry requirements

Applicants should hold a recognised high school diploma or equivalent. Admissions typically take a holistic view, considering academic preparation in mathematics and science, demonstrated interest in computing or security, personal statement and letters of recommendation. Mature applicants and those with relevant work experience or prior college credits are welcome; transfer applicants may receive credit for prior coursework where appropriate. Some practical modules may expect basic familiarity with computers; preparatory courses are often available for students who need to build skills before advanced classes.

Career prospects

Graduates are prepared for a range of roles across the security sector in both private and public organisations. Typical entry and mid‑level roles include:

• Cybersecurity analyst or incident responder
• Network or systems security engineer
• Digital forensics examiner or e‑discovery specialist
• Security consultant or risk assessor
• Information assurance specialist or compliance analyst
• IT manager or systems administrator with a security focus

Alumni also move into related fields such as law enforcement technical units, private investigation, security operations centre (SOC) roles, and roles in critical infrastructure protection. The programme’s practical emphasis and capstone/internship opportunities help graduates demonstrate job‑ready skills to employers and prepare for professional certifications if they choose to pursue them.

Why study at Pfeiffer University

Pfeiffer offers a learning environment characterised by small class sizes and close faculty mentorship, which supports hands‑on, skills‑based education in security science and technology. The university emphasises experiential learning—students benefit from laboratory work, local internship partnerships and projects that connect academic study with regional employers.

Faculty bring a blend of academic and applied experience, and career services work with students on placement, resume development and interview preparation specific to security and IT roles. Additionally, Pfeiffer’s flexible delivery options and supportive campus community are suited to students seeking personalised attention as they build technical competence and professional readiness in a growing field.