Roger Williams University

What you'll study

This programme combines core information‑technology subjects with computing fundamentals and a liberal‑arts foundation. Early courses introduce programming logic, problem solving and discrete mathematics, then progress to data structures, computer organisation and operating systems. Core IT topics typically include networking and communications, database design and administration, systems analysis and design, cybersecurity fundamentals, web and mobile application development, and software engineering.

• Introductory programming (Python, Java or C/C++) and computational thinking
• Data structures and algorithms
• Computer architecture and operating systems
• Database systems and SQL
• Networking, protocols and cloud basics
• Systems analysis, project management and software engineering
• Cybersecurity principles and best practices
• Human–computer interaction and user experience
• Capstone project integrating design, implementation and testing
• Electives or specialisms such as data analytics, game development, mobile apps or IoT

Students also complete general education requirements in writing, mathematics, natural and social sciences and humanities. Many students augment classroom learning with internships, community projects and faculty‑mentored research; a team capstone in the final year demonstrates applied competence.

Entry requirements

Admission to the undergraduate IT programme at Roger Williams University typically requires a high school diploma or equivalent with a record of strong performance in mathematics. Applicants should demonstrate preparedness for college‑level work through coursework in algebra and preferably precalculus or calculus. Schools commonly look for evidence of problem‑solving ability and some prior exposure to programming or computing, though many students begin without formal programming experience.

• Secondary‑school completion with a solid academic record; competitive applicants usually present stronger grades in quantitative subjects
• Recommended preparatory subjects: algebra, geometry, precalculus/calculus and a science course
• Prior programming experience or coursework is an advantage but not always required
• Standardised tests (SAT/ACT) may be optional depending on current institutional policy; consult admissions for current practice
• For international applicants: an equivalent secondary credential and proof of English proficiency (TOEFL, IELTS or institutional alternatives) where applicable
• Application materials generally include transcripts, a personal statement and one or more recommendations

Career prospects

Graduates are prepared for a broad range of entry‑level IT and computing roles across industry and the public sector. Typical job titles include software developer, systems analyst, network or systems administrator, database administrator, web developer, cybersecurity analyst, IT support specialist and application developer. The programme’s emphasis on teamwork, project management and communication also suits graduates for roles in IT consulting and technical product management or for entrepreneurship in tech startups.

Many alumni go on to specialise further through professional certifications (for example in networking, cloud platforms or security) or pursue graduate study in computer science, information systems or related disciplines. Internships and industry partnerships available through the university often help students transition into employer‑sponsored positions in technology, finance, healthcare and government organisations.

Why study at Roger Williams University

Roger Williams University combines a personalised liberal‑arts approach with applied, career‑oriented computing education. Class sizes are typically small, which allows close faculty mentorship and hands‑on lab work. The university emphasises experiential learning — internships, community projects and a culminating capstone provide practical experience employers value.

Located in Bristol, Rhode Island, the university’s coastal setting is within practical reach of regional industry hubs, offering networking and internship opportunities. Students benefit from well‑equipped computing and engineering facilities, interdisciplinary collaboration across fields such as design and business, and career services that support résumé development, interview preparation and employer connections.