University of Southern Mississippi

What you'll study

This programme blends fundamentals of computing and engineering with applied security topics to give a broad, practical grounding in modern security challenges. Typically delivered over four years, the degree combines general education requirements with core security and technology modules, electives, laboratory work and a capstone project or practicum.

• Core technical modules: programming and data structures, computer networks, operating systems, systems administration, and database principles.
• Security-specific modules: information security fundamentals, network security, cryptography, secure software development, wireless and mobile security, and Internet of Things (IoT) security.
• Applied and investigative modules: digital forensics, incident response and intrusion analysis, penetration testing and vulnerability assessment.
• Policy, law and management: cybersecurity law and ethics, security policy and governance, risk assessment and management, physical security and disaster preparedness.
• Mathematics and supporting sciences: discrete mathematics, statistics or probability for security analytics, and other quantitative reasoning courses.
• Capstone and experiential learning: an integrative senior project or practicum that addresses a real-world security problem, plus opportunities for internships with public and private sector partners.

Entry requirements

Applicants are normally expected to hold a recognised secondary school qualification with strong performance in mathematics and science subjects. Typical offers require a combination of academic transcripts and supporting materials; some successful applicants will also present a personal statement and references demonstrating interest in computing or security.

• Academic qualifications: secondary-school diploma or equivalent with coursework in mathematics; applicants with college credits or relevant technical qualifications are also considered.
• Standardised tests: where required by the university, applicants may submit standardised test scores; however, admission policies may allow evaluation without them—check the university admissions guidance.
• English language: international applicants must demonstrate competence in English via recognised tests or institutional pathways where applicable.
• Additional considerations: practical experience, extracurricular activities related to computing/security, or completion of relevant certificates can strengthen an application.

Career prospects

Graduates leave with a mix of technical, investigative and managerial skills that open pathways in both public- and private-sector security roles. Many go on to positions that require hands-on technical proficiency combined with an understanding of legal and organisational risk.

• Technical roles: cybersecurity analyst, network security engineer, security operations centre (SOC) analyst, penetration tester, digital forensics analyst.
• Operational and managerial roles: information security officer, security consultant, risk assessor, incident manager or compliance specialist.
• Public-sector and specialised roles: positions with local, state or federal agencies, law enforcement digital forensics units, critical infrastructure operators, or defence contractors.
• Further study and certification: graduates often pursue graduate degrees in cybersecurity, information assurance or related fields, and professional certifications such as CompTIA Security+, CEH, CISSP (with required experience) to advance their careers.

Why study at University of Southern Mississippi

The University of Southern Mississippi offers a curriculum that emphasises hands-on learning and applied security practice alongside foundational science and technology education. Students benefit from small-class instruction in technical subjects, laboratory-based learning, and opportunities to undertake internships with regional employers.

• Applied learning: access to computing and security laboratories where students practise network configuration, forensics and incident response.
• Support and pathways: academic advising, career services and faculty mentorship to help students secure internships and prepare for certification and employment.
• Regional connections: collaboration opportunities with local industry, government agencies and community partners that can provide real-world project experience.
• Flexible progression: a programme structure that supports transfer students, part-time study options and clear progression into postgraduate study or professional certification.