University of Cincinnati

USA
1 Scholarships 196 Programs 3 Degree levels
Masters

Master's in Computer and Information Sciences

Offered at University of Cincinnati, USA
DegreeMasters
FieldComputer and Information Sciences, General.
C

Cost & earnings at University of Cincinnati What students borrow here, and what they go on to earn

You borrow $21,250 median federal debt
You repay $242/mo over 10 years
Graduates earn $54,810 10 yrs after entry
Debt clears in 1.4 yrs of the salary premium
US Department of Education figures See the full breakdown →

The Master’s in Computer and Information Sciences at the University of Cincinnati is a graduate programme designed to deepen technical expertise across computing, data and information systems while offering flexible pathways for research or applied practice. It suits students with a background in computing or a related discipline who want to develop advanced skills for technical, research or leadership roles in industry or academia.

What you'll study

The programme combines core topics in computing and information sciences with elective specialisations so students can tailor their study to interests such as machine learning, data analytics, software engineering, cybersecurity, human–computer interaction and distributed systems. Coursework typically covers advanced algorithms, database and information management, operating systems, software design and engineering, and applied statistics for computing. Students choose between a coursework-only route, a project-based professional practicum or a research thesis, allowing emphasis on practical industry-ready skills or preparation for doctoral study.

  • Core subjects: advanced algorithms and data structures, software engineering principles, information systems architecture, and research methods in computing.
  • Common electives: machine learning and AI, data mining and analytics, cybersecurity and network security, cloud and distributed computing, human–computer interaction, and database systems.
  • Capstone options: industry-oriented project or practicum partnering with local companies, or a supervised research thesis for students aiming at research careers or PhD progression.
  • Delivery and structure: modular semesters with a mix of lectures, seminars, lab work and project supervision. Part-time and full-time enrolment options are commonly available to accommodate working professionals.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in computer science, information systems, engineering, mathematics or a closely related field. Candidates with strong quantitative backgrounds from other disciplines may be considered but may be asked to complete preparatory courses.

  • Academic documentation: official transcripts demonstrating satisfactory undergraduate performance and course background in programming and mathematics.
  • Supporting materials: a current CV or résumé, a statement of purpose outlining academic and professional goals, and typically two academic or professional references.
  • English language: evidence of English proficiency is required from international applicants whose previous degrees were not taught in English.
  • Additional considerations: some applicants submit GRE scores where available or relevant; professional experience, portfolio work or prior research can strengthen an application. Admissions decisions consider the whole profile rather than a single metric.

Career prospects

Graduates enter a broad range of roles across the technology ecosystem. Typical job titles include software engineer, data scientist, machine learning engineer, systems architect, cybersecurity analyst, database administrator, product manager and research engineer. The programme’s technical depth also prepares students for further doctoral study and careers in academic or industrial research.

Alumni work across sectors such as finance, healthcare and life sciences, manufacturing, telecommunications, government and startups. The mix of project and research options equips graduates for both hands-on development roles and positions involving data-driven decision-making or technical leadership.

Why study at University of Cincinnati

The University of Cincinnati offers a balance of rigorous academic teaching and applied, career-oriented learning. The institution has strong ties to regional and national industry partners and emphasises experiential education, giving students opportunities to work on real-world projects and industry collaborations. Campus facilities include computing and research laboratories where students can gain hands-on experience in areas such as data analytics, cybersecurity and software development.

Students benefit from interdisciplinary collaboration across departments, access to faculty active in applied research, and university career services that connect graduates with employers. The urban location provides access to a diverse technology ecosystem and internship or employment opportunities in both established companies and growing startups.

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Programme details are indicative and may change — always verify current information with the official university website before applying.