Florida State University

What you'll study

The Master of Science in Information Science emphasises the study of information creation, organisation, storage, retrieval and use across technical and social contexts. The programme typically blends core courses in information systems and research methods with electives that allow specialisation in areas such as data analytics, information architecture, human–computer interaction, digital libraries and information policy.

• Core themes: information retrieval and search, database design and management, information behaviours and organisation, quantitative and qualitative research methods.
• Typical modules and topics: data modelling and databases, information architecture, information visualisation, machine learning fundamentals for information science, user-centred design and usability evaluation, digital curation and preservation, information policy and ethics, and applied research methods.
• Project or thesis: students choose between a research thesis or a capstone/project route. The research thesis is supervised by faculty and is appropriate for those considering research or doctoral study; the practicum/capstone emphasises applied problem-solving with industry, government or campus partners.
• Delivery and structure: the programme combines seminar-style classes, lab work and supervised research. Full-time and part-time study options are commonly available, and students can typically tailor coursework to technical (data systems, machine learning) or human-centred (UX, information behaviour) tracks.

Entry requirements

Successful applicants normally hold a bachelor's degree from an accredited institution. Degrees in computer science, information science, library science, engineering, mathematics, statistics, social sciences or related fields are commonly accepted. Admissions consider academic transcripts, letters of recommendation, a statement of purpose outlining research or professional goals, and a curriculum vitae.

• Academic background: applicants should demonstrate quantitative and analytical aptitude; those without strong technical preparation may be admitted with recommended preparatory coursework.
• Experience and fit: relevant professional experience working with data, information systems, libraries, archives, UX or research strengthens an application.
• English language proficiency: non-native English speakers are required to demonstrate proficiency through recognised tests or other approved means.
• Additional materials: some applicants may be asked to submit writing samples or examples of past projects, particularly for specialised tracks (for example, UX portfolios for human–computer interaction pathways).

Career prospects

Graduates of the Information Science master’s proceed to a wide range of roles in private industry, public sector and non-profit organisations. The programme equips students for positions that bridge technical development, information management and user experience.

• Technical and data roles: data analyst, data engineer, information architect, metadata specialist, digital curator.
• User-centred and product roles: user experience researcher, UX designer, usability analyst, product analyst focused on information-rich applications.
• Information management and policy: records manager, information governance analyst, digital preservation specialist, compliance officer for information policy.
• Research and academic paths: graduates who complete the thesis or accumulate strong research experience may move into doctoral study or research positions in industry and government labs.

Why study at Florida State University

Florida State University offers the Information Science master’s within a research-active environment that combines interdisciplinary faculty expertise across information studies, computer science and related social sciences. Students benefit from access to research labs, computing resources and opportunities to collaborate with campus centres and regional partners.

• Interdisciplinary faculty: instructors with expertise in data management, human–computer interaction, digital preservation and information policy provide a broad yet integrated curriculum.
• Applied opportunities: the programme supports practicum placements and partnerships with local industry, cultural institutions and government agencies for hands-on experience.
• Research and facilities: students have access to specialised labs, visualization tools and archives for coursework and independent projects, and can engage in ongoing faculty-led research.
• Flexible pathways: coursework and project options allow students to prepare for technical, managerial or research-oriented careers in the information sector.