Colorado State University

What you'll study

The Information Science curriculum combines foundations in computing and data with courses addressing human interaction, organisation of knowledge, and the social and ethical dimensions of information. Core topics typically include programming fundamentals, data structures, databases and information retrieval, statistics and data analysis, human–computer interaction, information architecture and metadata, systems design, and information policy and ethics.

Programme structure usually includes a set of required core courses, specialised electives, and practical experiences. Many students complete:

• Introductory computing and programming courses to build technical fluency
• Data management courses covering relational databases, data modelling and query languages
• Statistics and quantitative methods for analysing information
• Human-centred design and usability courses focusing on interaction design and user research
• Courses on information organisation, metadata standards and retrieval systems
• Seminars addressing legal, ethical and societal issues in information
• A senior capstone, project or practicum that integrates technical and design skills, often with real clients or research faculty

Students are encouraged to pursue electives or minors in areas such as computer science, business, communication, library and information science, geographic information systems (GIS), or cybersecurity to tailor their studies to particular career goals.

Entry requirements

Applicants need a high-school diploma or equivalent. Admissions typically consider secondary school grades, strength of curriculum and overall academic preparation. Successful applicants usually demonstrate proficiency in algebra and quantitative reasoning; coursework in mathematics through algebra or precalculus is commonly recommended.

Although formal programming experience is not always required, introductory experience with computing or problem-solving is an advantage. International applicants must meet Colorado State University’s general requirements for undergraduate admission and provide evidence of English language proficiency if English is not their first language. Prospective students should consult the university’s admissions office for the most current guidance on prerequisites and application materials.

Career prospects

Graduates with a bachelor’s in Information Science are prepared for roles that sit at the intersection of technology, data and people. Common career paths include:

• Data analyst or business intelligence analyst, using data to inform decisions
• User experience (UX) designer, usability researcher or information architect, focusing on making systems usable and discoverable
• Systems analyst or IT specialist, helping organisations design and manage information systems
• Metadata specialist, digital asset manager or information manager in libraries, archives and cultural organisations
• Product manager or technical project coordinator in technology companies and startups
• Entry roles in cybersecurity, GIS, health informatics or analytics teams, often with further specialised training or postgraduate study

Students commonly enhance employability through internships, undergraduate research, capstone projects and collaboration with local industry in Colorado’s tech and public sectors.

Why study at Colorado State University

Colorado State University offers an educational environment with strong interdisciplinary connections across computing, statistics, business and social sciences, enabling Information Science students to combine technical and human-centred perspectives. The Fort Collins campus provides access to active research groups, modern computer and lab facilities, and opportunities for undergraduate involvement in faculty research.

Additionally, CSU emphasises experiential learning—students can pursue internships with regional employers, participate in community-focused projects, and complete capstone experiences that build practical portfolios. Career services, industry partnerships in the Colorado technology corridor, and a network of alumni support students transitioning into roles across private, public and non-profit sectors.