CUNY(The City University of New York)

What you'll study

The degree combines core computing subjects, practical lab work and general education to develop technical competence and professional skills. Typical core modules include:

• Programming and Algorithms: introductory and intermediate programming (commonly using languages such as Python, Java or C++), algorithm design and analysis, and problem-solving techniques.
• Data Structures and Software Engineering: data representation, object-oriented design, software development life cycle, version control and collaborative project work.
• Databases and Information Systems: relational database design, SQL, data modelling, and fundamentals of information systems used in organisations.
• Computer Networks and Systems Administration: networking principles, protocols, operating systems and basic system administration tasks.
• Web and Mobile Development: front-end and back-end web technologies, APIs, and mobile application development concepts.
• Cybersecurity and Privacy: introductory security principles, risk assessment, secure coding practices and privacy considerations.
• Mathematics and Discrete Structures: calculus, linear algebra, probability/statistics and discrete mathematics for computing.
• Capstone / Final Project: a substantial individual or team project that integrates technical knowledge with professional skills, often developed in partnership with faculty or industry sponsors.

Students choose from electives that may focus on artificial intelligence, data analytics, cloud computing, human–computer interaction, or enterprise IT, and complete general education requirements that develop communication and critical-thinking abilities.

Entry requirements

Admission is to one of the CUNY colleges offering the programme and follows the system's undergraduate admissions standards. Typical entry routes include:

• Completion of a recognised secondary education (high school diploma) with a strong background in mathematics; colleges may consider performance in subjects such as calculus, algebra or computer science.
• Transfer students: completion of an accredited associate degree or relevant college credit with satisfactory grades; many students transfer in after completing a community college programme.
• Applicants are usually asked to submit transcripts, a personal statement and, where required, letters of recommendation; some campuses may also consider standardised test scores.
• International applicants must demonstrate English language proficiency through recognised tests or equivalent qualifications.
• Some campuses may offer flexible admission pathways, including remedial or foundation courses for students who need to strengthen their maths or programming background.

Specific academic thresholds and documentation requirements vary by CUNY college and applicants should consult the admissions page of the campus offering the IT or computer degree for exact criteria.

Career prospects

Graduates enter a broad range of technology roles across private, public and non-profit sectors. Common entry and mid-level positions include:

• Software developer / engineer
• Systems analyst or business systems analyst
• Network or systems administrator
• Database administrator or data engineer
• Cybersecurity analyst or IT security specialist
• Web or mobile application developer
• IT consultant and technical support roles
• Data analyst or roles that combine analytics with domain knowledge

Graduates often progress by gaining professional certifications, building portfolios of practical projects, taking internships in the New York tech ecosystem, or continuing to postgraduate study in specialised areas such as computer science, information systems or cybersecurity.

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

CUNY offers access to a large public university system with multiple campuses across New York City, giving students opportunities to connect with a diverse urban tech industry. Students benefit from practical lab facilities, faculty who combine academic and industry experience, and career services that support internships and employer engagement.

The system’s close links with local businesses, start-ups and public sector organisations make it easier for students to secure work placements and part-time roles while studying. In addition, CUNY’s network of community colleges and senior colleges provides flexible transfer pathways and support services that help students from varied backgrounds complete their degrees and prepare for technology careers.