Boise State University

What you'll study

This Bachelor-level degree combines foundational computing theory with applied information‑systems training. Early study focuses on programming, discrete mathematics and core computer science concepts such as data structures and algorithms. Core topics that students typically encounter include:

• Programming and software development — object‑oriented programming, software design and testing, version control and development workflows.
• Data structures and algorithms — algorithmic problem solving, complexity analysis and efficient data handling.
• Systems and networking — operating systems concepts, computer architecture, and fundamentals of computer networks.
• Databases and information systems — relational databases, SQL, data modelling and information management.
• Web and mobile development — client/server architectures, web programming and mobile application basics.
• Cybersecurity and privacy — security principles, risk management, and secure coding practices.
• Data science and analytics — statistics for computing, data visualisation, and introductory machine learning techniques.
• Human‑computer interaction and software engineering — user‑centred design, project planning and team‑based software projects.

The programme normally includes laboratory work, programming projects and a senior capstone or practicum where students apply skills to a real or simulated industry problem. Students can often choose electives to deepen knowledge in areas such as artificial intelligence, cloud computing, embedded systems or advanced networking. General education requirements complement technical studies to develop communication, critical thinking and ethical reasoning skills.

Entry requirements

Applicants are expected to hold a secondary school completion qualification or equivalent. Successful candidates typically demonstrate competency in mathematics; a background in algebra, precalculus or calculus is advantageous. Relevant prior coursework in computing or programming is helpful but not always required for entry.

Admission decisions take into account academic records and the overall strength of the application. Transfer applicants are assessed on college transcript performance and transfer credit policies. International applicants must meet the university's English language proficiency requirements and provide equivalent documentation for secondary qualifications.

Career prospects

Graduates of the programme are prepared for a wide range of technical and applied roles in the computing and information‑technology sectors. Typical entry‑level positions include:

• Software developer / engineer
• Systems or network administrator
• Database administrator or data engineer
• IT analyst or business systems analyst
• Cybersecurity analyst or information assurance specialist
• Web or mobile application developer
• Data analyst / junior data scientist

Alumni also progress into roles in product management, technical consulting and technical support, or continue into graduate study in specialised areas such as computer science, information systems, data science or cybersecurity. The programme’s emphasis on applied projects and internships supports transition to industry and professional certification pathways.

Why study at Boise State University

Boise State offers an applied learning environment with opportunities for hands‑on laboratory work, team projects and industry engagement. The university’s connections with local and regional technology employers provide access to internship placements and collaborative projects that reflect current industry practice. Faculty typically combine teaching with active research and professional experience across areas such as software engineering, data analytics and security, enabling students to learn contemporary tools and methods.

Located in a growing metropolitan area with an expanding tech sector, students benefit from a supportive campus community, modern computing labs and resources for career development. The programme’s flexible curriculum and elective choices allow students to tailor their studies toward particular technology domains or to prepare for graduate study.