Augustana University

What you'll study

This programme emphasises foundational theory and practical applications across software development, systems and data. Coursework is designed to build programming fluency, algorithmic thinking, systems knowledge and the ability to apply computing to real-world problems.

Core topics and modules

• Introduction to Programming — fundamental programming concepts, control structures and basic software design using a modern language.
• Data Structures and Algorithms — abstract data types, algorithm analysis, sorting and searching, and complexity.
• Computer Systems and Architecture — fundamentals of hardware, operating systems concepts and low-level programming.
• Software Engineering — software development lifecycle, version control, testing, and collaborative development practices.
• Databases and Information Management — relational design, SQL, and basic database administration.
• Networks and Security — networking principles, security basics and secure programming practices.
• Human–Computer Interaction and Web/Mobile Development — user-centred design, front-end and back-end web technologies and mobile app development.
• Applied Mathematics for Computing — discrete mathematics, probability, and mathematical foundations relevant to computing.
• Electives and Special Topics — options may include artificial intelligence, machine learning, cloud computing, cybersecurity, game development and data science.
• Senior Capstone / Applied Project — a semester-long team or individual project that integrates skills to deliver a working system or substantial research implementation.

Small class sizes and faculty mentorship mean students often engage in independent study and undergraduate research. The programme encourages internships with local and regional employers and offers lab-based courses where students gain hands-on experience.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong performance in mathematics. Helpful preparation includes one or more years of high-school mathematics (algebra, geometry and precalculus or calculus) and prior experience with programming or computer applications where possible.

• Academic record — competitive secondary school grades, with emphasis on mathematics and related subjects.
• Recommended preparation — coursework in algebra, precalculus/calculus and an introductory programming class or self-directed coding experience.
• Supporting materials — a personal statement describing interest in computing, and references; a portfolio of programming projects is welcome but not required.
• Testing — Augustana historically operates with flexible testing policies; applicants should consult the admissions office for current guidance on standardized tests.
• Transfers and non-traditional applicants — transfer credit from accredited institutions is considered; prior college coursework or work experience in technology can strengthen an application.

Career prospects

Graduates with a degree in Applied Computer Science are prepared for a wide range of roles in industry, government, education and start-ups. The applied nature of the programme, combined with liberal-arts communication and critical-thinking skills, makes alumni adaptable in evolving technical environments.

• Software developer / software engineer
• Web and mobile application developer
• Data analyst or data engineer
• Systems administrator or network engineer
• Cybersecurity analyst
• IT consultant or technical project coordinator
• Positions in research and graduate study in computer science or related fields

Many students secure internships during their studies that lead to entry-level jobs; others pursue postgraduate study to specialise further in areas such as data science, artificial intelligence or cybersecurity.

Why study at Augustana University

Augustana combines the benefits of a liberal-arts education with focused computing training: small class sizes, close faculty interaction and an emphasis on communication, ethics and critical thinking alongside technical skills. The campus fosters undergraduate research and mentorship, and the programme supports experiential learning through lab courses, internships and a capstone project.

Students benefit from a tight-knit community and opportunities to collaborate across disciplines — for example, applying computing to biology, business or the arts — while gaining the practical skills employers seek. The university’s location and alumni network also help students connect with regional employers for internships and early-career roles.