Boise State University

What you'll study

The Applied Computer Science degree combines core computer science theory with applied coursework and project work. Students study foundational topics such as programming, data structures and algorithms, computer architecture, operating systems and discrete mathematics, then move into applied areas including software engineering, databases, networks, cybersecurity fundamentals, web and mobile development, and data analytics.

Typical course progression includes introductory programming and computer systems in the first year, core theory and systems courses in the middle years, and advanced elective tracks and a capstone project in the final year. Laboratory and team project work are emphasised throughout to build practical skills in software design, testing, deployment and maintenance. Electives and technical practica allow students to focus on specialisms such as machine learning, cloud computing, embedded systems or information assurance.

• Introductory and intermediate programming (object‑oriented, data structures)
• Computer systems and architecture
• Operating systems and concurrent programming
• Algorithms and discrete mathematics
• Software engineering and project management
• Databases and information modelling
• Computer networks and security fundamentals
• Data analytics, machine learning or specialised electives
• Capstone team project or practicum with an applied focus

Programme structure

The programme is typically completed over four years of full‑time study, including general education requirements, major core courses and free or technical electives. Students are encouraged to undertake internships, undergraduate research or industry collaborations as part of their degree to gain workplace experience.

Entry requirements

Applicants should hold a recognised secondary school qualification or equivalent. Preparation in mathematics (algebra, precalculus or calculus) is strongly recommended, and prior experience with high‑school programming or computing is advantageous.

Typical admission expectations include a competitive academic record in secondary coursework. Applicants whose first language is not English will need to demonstrate English language proficiency through an approved test or equivalent credentials. Transfer students are considered on the basis of college coursework and transfer credit policies.

Additional requirements may include submission of transcripts and any required supporting documentation; prospective students should consult the university admissions office for the specific process and any programme prerequisites.

Career prospects

Graduates of the Applied Computer Science programme enter a wide range of technical roles across industry and the public sector. Common job titles include software developer, systems engineer, full‑stack web developer, database administrator, network engineer, cybersecurity analyst and data analyst. The applied orientation and project experience also prepare graduates for roles in quality assurance, DevOps, embedded systems development and technical consultancy.

Many graduates pursue postgraduate study in computer science or related fields, or obtain professional certifications to specialise in areas such as cloud platforms, security or data science. The programme’s focus on hands‑on skills and workplace collaboration supports rapid transition into entry‑level professional positions.

Why study at Boise State University

Boise State offers an applied, student‑centred computing education with access to modern labs, project courses and opportunities for internship and industry engagement in the growing tech community around Boise. Faculty combine teaching with applied research and industry partnerships, giving students exposure to real projects and contemporary tools.

The university supports undergraduate success through academic advising, career services and mentoring, helping students secure internships and employment. Small‑group project work, practicum options and a culminating capstone provide practical experience that employers value, while campus resources and a collaborative learning environment help students develop both technical and professional skills.