Idaho State University

What you'll study

This programme emphasises applied computing fundamentals and practical experience. Early coursework builds a foundation in programming, discrete mathematics and computer organisation, then advances to data structures and algorithms, databases, operating systems and software engineering. Students select elective topics that reflect applied areas such as web and mobile development, machine learning, computer graphics, embedded systems, cybersecurity and networking.

Typical modules and experiences include:

• Introductory programming (object-oriented programming and problem solving)
• Discrete mathematics and linear algebra for computing
• Data structures and algorithms with complexity analysis
• Computer organisation and architecture and operating systems concepts
• Database systems and information management
• Software engineering covering design, testing and project management
• Networking and cybersecurity fundamentals and applied practices
• Electives such as artificial intelligence, machine learning, mobile/web development, embedded systems and computer graphics
• Capstone or senior project in which students work on a real-world software or systems development project, often in collaboration with faculty or industry partners

The programme emphasises applied learning through laboratory work, team projects, internships and opportunities for undergraduate research. Students gain experience with contemporary tools and languages commonly used in industry.

Entry requirements

Prospective students must hold a recognised secondary school diploma or equivalent. Successful applicants typically present a college-preparatory curriculum that includes substantial mathematics (through precalculus or calculus) and strong performance in science and technology subjects. Admissions may consider school grades, essays, recommendations and any relevant portfolio items or experience.

Transfer applicants should present college transcripts for evaluation; prior coursework in programming or mathematics may be eligible for credit. International applicants must meet the university's requirements for academic equivalence and English language proficiency through recognised qualifications or approved test scores.

Some courses may require placement testing or prerequisites in mathematics and introductory computing before progression to advanced classes.

Career prospects

Graduates of the Applied Computer Science programme are prepared for a wide range of technical roles. Common career paths include software developer, systems analyst, database administrator, network engineer, cybersecurity analyst, embedded systems developer and web/mobile application developer. Graduates also enter data analytics and machine learning roles, IT consultancy, or continue to graduate study in computer science, engineering or related fields.

Students benefit from industry connections and internship opportunities that can lead to roles in technology companies, healthcare IT, energy and utilities, government and defence contractors, and startups. The applied focus of the degree helps graduates move into practical, team-based development roles quickly after graduation.

Why study at Idaho State University

Idaho State University offers a programme with strong emphasis on hands-on learning, small class sizes and close faculty mentoring, enabling direct engagement with projects and research. The Department of Computer Science works with local and regional employers to provide internship and capstone project opportunities, helping students build applied skills and professional networks.

Facilities include computing laboratories and access to contemporary development tools and platforms. The university’s location provides pathways into regional industries such as healthcare technology, energy and applied research, while also supporting students who pursue internships and positions nationally. The programme is well-suited for students who want a practical, career-focused computer science education with opportunities for undergraduate research and experiential learning.