Florida State University

What you'll study

This programme balances core technical subjects with applied security practice and contextual studies in law and policy. You will typically take modules in programming and software development, computer systems and networks, operating systems, and data structures to build a strong computing foundation. Core security-focused modules cover topics such as network security, applied cryptography, secure software engineering, intrusion detection, and digital forensics.

Complementary subjects frequently include risk assessment and management, cyber law and ethics, privacy and policy, and human factors in security. Practical learning is emphasised through laboratory classes, hands-on defensive and offensive security labs, simulation exercises, and a senior capstone or design project that integrates technical work with risk analysis and documentation. Electives and interdisciplinary options allow study with related departments, such as criminology, management information systems, and electrical engineering.

• Introduction to programming and data structures
• Computer systems and operating systems
• Network architecture and network security
• Applied cryptography and secure communications
• Digital forensics and incident response
• Security policy, governance and law
• Risk assessment and security management
• Senior capstone project or practicum

Learning and assessment

Assessment methods commonly include laboratory assignments, project work, written reports, in-class tests and examinations, and the capstone or internship report. Students are encouraged to take advantage of practical opportunities such as information security competitions, research assistantships and internships with public- or private-sector partners.

Entry requirements

Applicants should hold a high-school diploma or equivalent with strong performance in mathematics; background in computer science or programming is advantageous. Typical offers consider academic transcripts, personal statements and letters of recommendation. Admissions may also take account of relevant practical experience, such as programming projects, cybersecurity club participation or industry certifications.

For international applicants, demonstrated English proficiency is required. Specific entry requirements, credit-transfer policies and recognition of prior learning are set by the university and may vary by applicant background; prospective students should consult the university admissions pages for precise requirements and application procedures.

Career prospects

Graduates of Security Science and Technology move into a wide range of technical and policy-facing roles. Common career paths include cybersecurity analyst, security engineer, penetration tester, digital forensics examiner, incident responder, security consultant and risk or compliance specialist. Alumni also find roles in IT governance, security architecture, and product security within industries such as finance, healthcare, energy and defence.

Graduates may work for private companies, cybersecurity firms, law enforcement and government agencies, or continue into postgraduate study and research in computer security, information assurance or related fields. The programme’s combination of technical skill and applied project work supports entry into both hands-on operational roles and strategic security positions.

Why study at Florida State University

Florida State University offers an interdisciplinary environment that lets security students draw on strengths across computing, engineering, law and criminology. The university provides access to dedicated teaching laboratories, faculty with applied research experience, and opportunities to participate in collaborative projects and internships with regional and national partners.

Students benefit from career services, student organisations and competitive teams that support practical skill development and employer networking. The campus setting and connections with public-sector entities in the state provide pathways to real-world experience, while options for undergraduate research and honours-level projects prepare students for further study or specialised professional roles.