CUNY(The City University of New York)

What you'll study

This degree blends computing and engineering fundamentals with applied security topics and the social, legal and organisational contexts in which security operates. Core study areas typically include:

• Foundations of computing and networking: programming basics, operating systems, network architecture and protocols.
• Cybersecurity and information assurance: threat models, cryptography principles, secure systems design, intrusion detection and vulnerability assessment.
• Digital forensics and incident response: evidence collection, forensic analysis of computers and mobile devices, incident handling and reporting.
• Physical security and infrastructure protection: access control, surveillance systems, critical infrastructure resilience and integrated security planning.
• Risk analysis and management: quantitative and qualitative risk assessment methods, business continuity and disaster recovery planning.
• Policy, law and ethics: cybersecurity law and regulation, privacy, ethics of surveillance and homeland security policy.
• Data analytics and modelling: statistical methods, data visualisation and the use of analytics to spot anomalies and support decision-making.
• Capstone and laboratory work: hands-on labs, simulated incident response exercises and a final project or internship linking technical skills to real-world problems.

Students normally follow a mix of required core modules and electives, allowing specialisation in areas such as network security, digital forensics, emergency management or security policy. Practical learning is emphasised through labs, team projects and opportunities for internships or field placements in New York City’s broad public safety, financial and technology sectors.

Entry requirements

Entry requirements vary by CUNY college but generally include a recognised secondary school diploma or equivalent. Applicants should demonstrate solid preparation in mathematics and science; coursework or experience in computing, information technology or electronics is an advantage. Typical application materials include transcripts, a personal statement and references. Transfer applicants must submit college transcripts; credit may be awarded for relevant prior study or industry certifications.

Applicants for whom English is not a first language will usually need to provide evidence of English proficiency through recognised tests or approved alternatives. Mature applicants with relevant professional experience are considered under the university’s admissions policies.

Career prospects

Graduates are equipped for a wide range of roles in both private and public sectors. Common career paths include:

• Cybersecurity analyst or engineer (threat detection, network defence)
• Digital forensics examiner and incident responder
• Security architect and systems security consultant
• Physical security manager and critical infrastructure protection specialist
• Risk analyst, compliance officer and security policy advisor
• Emergency and disaster resilience planner

Beyond entry-level technical roles, graduates often progress into leadership, consultancy, or specialised technical careers. The programme also provides a foundation for postgraduate study in areas such as cybersecurity, information assurance, emergency management or public policy.

Why study at CUNY(The City University of New York)

CUNY offers access to one of the world’s most active urban environments for security practice and research. Its colleges—particularly those with strengths in criminal justice, forensic science and computer science—provide practical lab facilities, simulation exercises and connections to New York City police, emergency services, financial institutions and tech employers for internships and applied projects.

As a public university system, CUNY emphasizes affordability and diverse student cohorts, giving students exposure to varied perspectives and career networks across the city. Faculty typically combine academic expertise with professional experience in law enforcement, cybersecurity, engineering and public policy, supporting a curriculum that balances technical instruction with real-world application.

Students benefit from career services, industry partnerships and a metropolitan location that makes it easy to pursue internships, part‑time work and post-graduation employment in a wide range of security-related organisations.