Brigham Young University

What you'll study

The programme combines foundational computer science topics with applied information‑systems coursework. Core modules typically cover programming and data structures, algorithms, discrete mathematics, computer organisation, operating systems and software engineering. Information‑focused units examine databases and information modelling, systems analysis and design, networks and distributed systems, human‑computer interaction, and IT project management.

Students also study elective topics that may include artificial intelligence and machine learning, data analytics and visualisation, cybersecurity and network defence, cloud computing, mobile and web application development. Most curricula include a capstone project or practicum where students design, implement and deploy a substantial system, often in collaboration with industry partners or research groups.

Teaching methods combine lectures, lab sessions, team projects and individual assignments. Programmable lab environments, software engineering studios and access to cloud resources are commonly used so students gain hands‑on experience with contemporary tools and development workflows.

Typical structure

• Year 1–2: foundational mathematics and introductory computing, along with general education requirements.
• Year 2–3: intermediate programming, data structures, algorithms, databases and systems courses.
• Year 3–4: advanced electives, specialisation choices, and team‑based capstone or internship experience.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong achievement in mathematics. Typical preparation includes pre‑calculus or calculus, and experience with programming is advantageous though not always mandatory. Admissions consider the overall academic record and any relevant coursework.

Because Brigham Young University is sponsored by The Church of Jesus Christ of Latter‑day Saints, all students are required to comply with the university's Honor Code and other institutional policies; applicants should familiarise themselves with these requirements and provide any endorsements or documentation requested as part of the admission process.

International applicants must meet the university's English proficiency criteria and submit any supporting documents required for evaluation of international credentials.

Career prospects

Graduates from a Computer and Information Sciences programme are prepared for a wide range of roles in the technology sector and in organisations that rely on computing expertise. Common entry careers include:

• Software developer or engineer
• Systems analyst or IT consultant
• Database administrator and data engineer
• Cybersecurity analyst or network administrator
• Data analyst or junior data scientist
• User experience (UX) or front‑end developer

With experience, alumni move into senior technical roles, product management, technical leadership, or start their own technology ventures. The degree also provides a solid foundation for graduate study in computer science, information systems, or specialised masters programmes.

Why study at Brigham Young University

BYU emphasises strong undergraduate teaching, close faculty mentorship and opportunities for hands‑on learning through labs, student projects and industry partnerships. Located in Utah’s growing technology region, students benefit from internship and employment connections across local tech companies and startups.

The university fosters a values‑based learning environment focused on ethics, service and professionalism, and provides career services, student clubs and research opportunities to support professional development. Small class sizes in upper‑division courses and active faculty involvement make BYU a good choice for students seeking a supportive environment to build practical computing and information‑systems skills.