Florida International University

What you'll study

This programme covers the scientific and technical foundations of modern security, emphasising applied skills and real-world problems. Core topics typically include computer networks and network security, programming for security, operating systems, cryptography, and digital forensics. Complementary modules address risk analysis and management, security policy and law, incident response, physical and infrastructure protection, and emergency management.

Practical laboratory work is a significant component, with hands-on exercises in cyber ranges, forensics labs and sensor/instrumentation suites. Many curricula include a capstone project or senior design that requires teams to design, implement and defend a security solution, and options to undertake internships or cooperative placements with government, critical infrastructure operators or private-sector security firms.

• Introduction to Security Science
• Computer Systems and Operating Systems
• Network Fundamentals and Network Security
• Programming and Secure Software Development
• Digital Forensics and Evidence Handling
• Cryptography and Applied Cryptosystems
• Risk Assessment and Vulnerability Analysis
• Physical Security and Critical Infrastructure Protection
• Incident Response and Disaster Recovery
• Security Policy, Ethics and Law
• Capstone Project / Senior Design

Structure and credit

The programme is structured around a mixture of general education requirements, core security and technology courses, electives allowing specialisation (for example in cyber security, forensics or infrastructure protection), and experiential components such as internships and a capstone. Students typically progress from foundational technical skills to advanced, integrative projects in their final year.

Entry requirements

Applicants are normally expected to hold a secondary school completion qualification that is accepted by the university. Solid grounding in mathematics (algebra and preferably calculus) and science or computing at secondary level is recommended. Successful applicants typically demonstrate proficiency in logical reasoning and basic programming or computer literacy.

Typical entry considerations include academic transcripts, letters of recommendation and a personal statement outlining interest in security science and technology. International applicants must demonstrate English language proficiency through an accepted test or equivalent evidence. Applicants with relevant work experience, military service or vocational qualifications in security, IT or emergency management may be considered for admission or credit on an individual basis.

Career prospects

Graduates of this degree go on to technical and managerial roles across government, private industry and non-profit organisations. Common job titles include cybersecurity analyst, digital forensics examiner, security engineer, information assurance specialist, risk and vulnerability assessor, and incident response coordinator. Other pathways include roles in homeland security, critical infrastructure protection (transportation, energy, ports), law enforcement technical units, and security consulting.

The programme also provides a foundation for postgraduate study in specialised areas such as cybersecurity, forensics, security policy or emergency management, and supports professional certification pathways (for example vendor and industry certifications) that employers in the security technology sector often value.

Why study at Florida International University

Florida International University’s location in Miami provides strategic advantages for students interested in security science and technology: proximity to major ports, transportation hubs and diverse industry sectors creates opportunities for applied projects and internships. The university brings together faculty from computing, engineering, criminal justice and emergency management, enabling a genuinely interdisciplinary curriculum.

The institution typically supports practical learning through dedicated laboratories, cyber ranges and partnerships with local and federal agencies and industry stakeholders. Students benefit from career services and networking opportunities in a metropolitan region with a strong demand for security and technology professionals, alongside options to pursue research or further professional certification.