University of North Florida

USA
1 Scholarships 80 Programs 3 Degree levels
Bachelor

Bachelor's in Information Science

DegreeBachelor
FieldInformation Science/Studies.
B

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

You borrow $15,531 median federal debt
You repay $177/mo over 10 years
Graduates earn $56,343 10 yrs after entry
Debt clears in 0.9 yrs of the salary premium
US Department of Education figures See the full breakdown →
C

Science, Technology and Society graduates earn a median $52,107 Across 50 US programmes, two years after finishing

See the degree grade →

The Bachelor of Science in Information Science at the University of North Florida is an interdisciplinary undergraduate degree that combines computing, data management, human–computer interaction and information policy. It is suited to students who want to work at the intersection of technology and people — organising, analysing and presenting information to support decision‑making in business, government or non‑profit settings.

What you'll study

This programme covers the theory and practice of organising, storing, analysing and presenting information. Core topics typically include information fundamentals, database design and administration, data modelling, programming basics, web development, information architecture and human–computer interaction. Students also study statistics and data visualisation techniques, information law and ethics, systems analysis and design, and information retrieval.

Coursework is a mix of lectures, hands‑on labs and project work. Many programmes include a year‑long sequence that builds from fundamentals to advanced topics, and a capstone project or practicum in which students work with a real client or on an applied research project. Elective options often allow specialisation in areas such as data analytics, user experience (UX) design, business intelligence, or information policy.

  • Introduction to Information Science and Technology
  • Database Systems and SQL
  • Programming Fundamentals (often Python or Java)
  • Web Design and Development
  • Human–Computer Interaction and Usability
  • Statistics for Information Science and Data Analysis
  • Information Architecture and Metadata
  • Systems Analysis and Project Management
  • Data Visualisation and Reporting
  • Capstone Project or Internship

Learning and assessment

Assessment methods commonly include practical programming and database assignments, group projects, presentations, written reports and a final capstone deliverable. The programme emphasises applied problem‑solving and communication skills so graduates can translate technical information to non‑technical stakeholders.

Entry requirements

Entry is normally based on completion of a recognised secondary school qualification. Typical expectations include satisfactory overall academic performance and evidence of readiness for college‑level study. Applicants may be expected to have completed courses in mathematics; prior experience in computing or a related subject is advantageous but not always mandatory.

International applicants should demonstrate English language proficiency through an accepted test or equivalent qualification. Transfer applicants from other post‑secondary institutions are usually considered on the basis of college transcripts and any completed relevant coursework. Some programmes recommend or require a personal statement outlining interests and goals in information science.

Career prospects

Graduates of an information science degree move into a broad range of roles across private, public and non‑profit sectors. Typical job titles include:

  • Data analyst or business intelligence analyst
  • Information architect or content strategist
  • UX researcher or usability specialist
  • Systems analyst or IT consultant
  • Database administrator or data manager
  • Records and information manager in corporate or government settings

The programme also prepares students for postgraduate study in areas such as information science, library and information studies, data science or human‑computer interaction. Internships and industry projects commonly help students build professional networks and practical experience that support graduate employability.

Why study at University of North Florida

Studying at the University of North Florida offers small class sizes and accessible faculty with applied research and industry experience, enabling close mentoring and hands‑on learning. The university provides modern computing laboratories, opportunities for undergraduate research, and structured capstone and internship pathways that connect students with employers in the Jacksonville region and beyond.

UNF emphasises career development through its career services, industry partnerships and experiential learning opportunities, helping students translate classroom skills into workplace readiness. The programme’s interdisciplinary focus equips graduates with both technical capabilities and communication skills sought by employers across a variety of sectors.

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