St. Thomas University (FL)

What you'll study

This master's blends core cybersecurity topics with data analytics and practical project work. You will study defensive and investigative techniques for modern computing environments, learn to apply statistical and machine-learning methods to security data, and complete hands-on exercises in simulated networks.

• Core cybersecurity modules: network and systems security, cryptography fundamentals, secure software design, ethical hacking and penetration testing, and digital forensics.
• Analytics and data modules: data mining for security, applied machine learning, big data architectures, security information and event management (SIEM) analytics, and visualisation for incident analysis.
• Governance and risk: security policy, compliance, risk assessment, privacy law and organisational security management.
• Practical work: hands-on lab exercises, simulated intrusion detection and response, capstone project or applied practicum with an industry partner where you design and deliver a security analytics solution.
• Research and electives: options typically include cloud security, mobile and IoT security, threat intelligence, and forensic data analysis to tailor the degree to technical or managerial career paths.

Entry requirements

Applicants are normally expected to hold a bachelor's degree from an accredited institution. Degrees in computer science, information technology, engineering, mathematics, or related fields are directly relevant; applicants with other backgrounds but demonstrable technical experience may also be considered.

• A completed undergraduate degree (bachelor's) or equivalent from an accredited institution.
• Evidence of quantitative and technical preparation — coursework or experience in programming, networking, databases, or statistics is recommended; some applicants may be asked to complete prerequisite modules.
• Academic transcripts and a current résumé or CV detailing relevant work or project experience.
• Statement of purpose describing professional goals and reasons for pursuing the programme.
• Letters of recommendation, typically one to three, from academic or professional referees.
• For international applicants, proof of English language proficiency (such as TOEFL or IELTS) where required.

Career prospects

Graduates leave equipped for technical and analytical roles that combine cyber-defence with data-driven decision making. The programme prepares students for positions in private and public sectors, including security teams in enterprises, consulting firms and agencies that require both security expertise and analytical capability.

• Cybersecurity analyst / SOC analyst
• Incident responder / digital forensics specialist
• Security engineer or infrastructure security specialist
• Threat intelligence analyst
• Security consultant or risk analyst
• Data analyst with a security focus, privacy officer, or compliance analyst
• Opportunities in industries such as finance, healthcare, telecommunications, government, and defence contracting

Why study at St. Thomas University (FL)

St. Thomas University offers a personalised learning environment with small class sizes and faculty who combine academic and industry experience. The university emphasises applied learning—students gain hands-on experience in lab environments and complete a capstone or practicum that connects them with local employers. Located in the Miami region, the university provides access to a diverse technology and business ecosystem, and career services and internship support help students transition into security and analytics roles. The programme also reflects the university's ethical and community-focused mission, preparing graduates to address security challenges responsibly.