Ohio University

What you'll study

This degree combines core computer science foundations with applied information sciences to prepare you for a range of technical roles. In early years you will study programming fundamentals, discrete mathematics, data structures and algorithms, and basic computer organisation. As you progress you will take modules in databases and information management, operating systems, networking, software engineering, web development and systems analysis.

Optional and advanced topics typically include cybersecurity principles, data analytics and visualisation, human–computer interaction, mobile and cloud computing, machine learning, and elective modules that reflect faculty research and industry needs. Practical elements include laboratory work, programming assignments, group software projects and a senior capstone project or practicum that integrates design, implementation and documentation.

The curriculum also incorporates general education requirements, professional skills such as technical communication and team working, and opportunities for undergraduate research, internships or cooperative placements with regional and national employers.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong performance in mathematics. Typical successful applicants have studied algebra and calculus or equivalent, and demonstrate aptitude in problem solving. Admissions review will consider overall academic record and preparation for university‑level computing; some programmes may recommend or require introductory programming experience but do not always mandate it.

International applicants must meet English language proficiency requirements through recognised tests or accepted qualifications. Applicants who completed prior college coursework or technical diplomas should submit official transcripts for transfer credit assessment. Additional materials such as a personal statement outlining interest in computing and any relevant experience can strengthen an application.

Career prospects

Graduates move into a wide range of roles across industry, government and the not‑for‑profit sector. Common entry jobs include software developer, systems analyst, database administrator, IT support specialist, network engineer and data analyst. With specialised electives or further training, graduates also work in cybersecurity, cloud engineering, machine learning and user experience design.

The degree also provides a solid foundation for postgraduate study in computer science, information systems or related disciplines, and for entrepreneurial ventures in technology. Career services and on‑campus recruitment build links to internships and employers in software, finance, healthcare, manufacturing and public sector organisations.

Why study at Ohio University

Ohio University offers a campus environment with a strong emphasis on undergraduate teaching and hands‑on learning. Students benefit from laboratory facilities, faculty who are active in applied research, and small class sizes that support project‑based work and close faculty mentorship.

The university fosters experiential learning through internships, undergraduate research opportunities and a final‑year capstone that connects classroom theory to real problems. Student clubs and professional societies related to computing provide additional networking, hackathons and competition experience. Career services and employer engagement on campus help students access internships and graduate roles in the region and beyond.

Overall, the programme is designed for students seeking a broad, practical education in computing and information technologies, with pathways to technical careers or further study.