Benedictine University

What you'll study

The programme combines foundational computing and mathematics with courses that focus on the lifecycle of information: collection, representation, storage, retrieval, analysis and ethical use. Core topics typically include programming fundamentals, data structures and algorithms, database design and administration, information architecture, human–computer interaction, information retrieval, data analytics and visualisation, networking basics, and information security.

Students also study complementary subjects such as statistics for data analysis, research methods, systems analysis and design, and technology project management. Practical, hands-on learning is emphasised through laboratory work, team-based projects and a capstone or practicum that requires students to deliver a complete information solution for a real or simulated client.

• Core programming and systems: introductory programming, data structures, operating systems basics.
• Information-focused courses: databases, information retrieval, metadata and taxonomy, information architecture.
• Data and analytics: applied statistics, data analytics, data visualisation and interpretation.
• Human and organisational aspects: human–computer interaction, usability testing, ethics and legal issues in information.
• Security and infrastructure: introductory cybersecurity, networks and system administration principles.
• Capstone / experiential learning: applied project or internship with industry or community partners.

Entry requirements

Applicants should hold a recognised secondary school qualification. Benedictine University typically looks for evidence of academic readiness in quantitative subjects; applicants who have completed high-school mathematics are preferred. Admissions consider the overall academic record and recommended preparatory coursework includes mathematics and a basic science or computing class where available.

For mature applicants or those transferring from other institutions, prior college coursework in relevant areas or demonstrable professional experience in IT or computing can be considered. International applicants must meet the university’s general English language proficiency standards. Consult Benedictine University’s admissions office or website for specific documentation and any test-optional policies.

Career prospects

Graduates with a degree in Information Science enter a wide range of roles where managing, interpreting and designing information systems are important. Typical job titles include:

• Data analyst or business intelligence analyst
• Systems analyst or IT consultant
• Information architect or knowledge manager
• UX designer or usability specialist
• Database administrator or data engineer (entry-level)
• Information security analyst (entry-level)

Alumni also move into roles in digital libraries, records management, healthcare information systems, and government or non-profit organisations. The degree provides a strong foundation for graduate study in information science, information systems, data science or related fields.

Why study at Benedictine University

Benedictine University offers a learning environment with small class sizes and close faculty-student interaction, which benefits students in technically demanding and project-based courses. The university’s emphasis on experiential learning means students have access to labs, collaborative projects and internship opportunities facilitated by the university’s career services. Faculty often bring practical industry experience, and programmes are designed to balance technical skills with attention to ethical and social implications of information use.

Located within reach of metropolitan Chicago, Benedictine provides access to a broad regional technology and professional market for internships and employment. The programme’s focus on applied skills, teamwork and communication prepares graduates to step directly into technical or cross-functional roles and to continue developing their careers or pursue postgraduate study.