The Bachelor in Computer and Information Sciences at New York Institute of Technology is a professionally oriented undergraduate degree that builds core computing skills — programming, systems, networks, databases and software engineering — alongside opportunities in data science, cybersecurity and artificial intelligence. It suits students who want a practical, career-focused computing education with hands-on labs, team projects and pathways to internships or graduate study.
What you'll study
This programme combines foundational computer science theory with applied information-science topics and substantial laboratory work. Typical subjects include introductory and advanced programming, data structures and algorithms, discrete mathematics, computer organisation and operating systems, database systems, computer networks, software engineering and web and mobile application development.
- Core modules: programming (object-oriented and procedural), data structures, algorithms, operating systems, databases, computer networks and software engineering principles.
- Applied and specialised topics: cybersecurity, data science and machine learning, human–computer interaction, cloud computing and internet technologies.
- Project work: team-based software projects, individual capstone or senior project integrating design, implementation and testing.
- Laboratories and practicum: access to labs for systems, networking, cybersecurity and mobile development; opportunities for industry-sponsored projects and internships.
- Electives and concentrations: students can typically choose electives or concentrations to emphasise areas such as cybersecurity, data analytics, game development or software engineering.
- Structure: the programme is delivered over a four-year undergraduate curriculum (or equivalent), combining lectures, seminars, labs and project periods with general education requirements to ensure a broad liberal-arts foundation.
Entry requirements
Applicants are expected to present a high-school diploma or recognised secondary qualification with a strong background in mathematics. Admissions typically consider academic transcripts, a personal statement and any relevant school or extracurricular project experience in computing.
- Academic evidence of competence in mathematics; prior coursework in programming is advantageous but not always required.
- For students educated in a language other than English, proof of English language proficiency is required through recognised tests or equivalent institutional assessments.
- Transfer applicants will be assessed on college transcripts and any completed computing coursework and may receive credit for prior learning.
- Additional materials such as letters of recommendation, a résumé or examples of programming work or projects can strengthen an application.
Career prospects
Graduates leave prepared for a wide range of technology roles in private industry, government and research organisations. The programme emphasises practical skills employers seek: software development, systems design, data handling and cybersecurity practices.
- Common entry-level roles include software developer/engineer, systems analyst, database administrator, network engineer and QA/test engineer.
- With specialised coursework or a concentration, graduates move into roles such as data analyst, machine learning engineer, cybersecurity analyst or cloud engineer.
- Career paths also include IT project management, product management and technical consulting; many graduates continue to graduate study in computer science, information systems or related fields.
- The programme’s practical orientation and internship opportunities help students build portfolios and professional experience valuable for job placement.
Why study at New York Institute of Technology
New York Institute of Technology provides a career-focused computing education with small class sizes, modern laboratories and multiple campus locations in the New York area. The institute emphasises experiential learning through labs, industry projects and internship connections with regional and global employers.
- Faculty combine academic research and industry experience, supervising student projects and offering mentorship for applied work.
- Students benefit from career services, employer networking events and a strong alumni community that supports internship and job searches.
- Opportunities exist to work on cross-disciplinary projects and research with peers in engineering, business and design, reflecting the interdisciplinary nature of information science.
- International students can access global exchange options and support services to integrate into academic and professional life in New York.
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