Seattle University

What you'll study

The Applied Computer Science curriculum emphasises practical skills and engineering practices alongside core theoretical foundations. Early courses introduce programming fundamentals, discrete mathematics and computer organisation. Core modules typically cover data structures and algorithms, software engineering and design, databases, operating systems, and computer networks.

Beyond the core, students study applied topics such as web and mobile application development, human‑computer interaction, data analytics and visualisation, machine learning basics, and introductory cybersecurity. Coursework is delivered through a mix of lectures, laboratory sessions and team projects; many programmes culminate in a capstone or senior design project that integrates design, implementation and testing to solve a real client or community problem.

Students also gain professional skills in software development life cycles, version control, testing, documentation and project management. Elective options and special topics allow focus on areas such as cloud computing, embedded systems, game programming or scientific computing. Opportunities for internships, undergraduate research and cross‑disciplinary projects with business, health, or social sciences are commonly available.

Entry requirements

Admissions expect a completed secondary school credential or equivalent. Competitive applicants typically present a strong background in mathematics (including precalculus or calculus) and some science or computing coursework where available. Admissions decisions consider academic records, personal statements and references; standardised tests may be optional or considered according to institutional policy.

For transfer applicants, successful completion of college‑level coursework in programming, calculus and introductory physics or statistics strengthens the application. International applicants must meet English language proficiency requirements. Applicants with practical experience—personal projects, coding bootcamps, or workplace experience—should describe these in their application.

Career prospects

Graduates enter a broad technology job market and are prepared for roles such as software developer/engineer, web or mobile app developer, systems analyst, database administrator, quality assurance engineer and junior data analyst. The programme’s applied focus also supports pathways into DevOps, cloud operations, cybersecurity support roles and technical product teams.

Many graduates take internships or entry‑level positions with local tech companies, startups and established corporations; others use the degree as preparation for graduate study in computer science, software engineering or data science. The programme’s emphasis on teamwork, communication and ethical practice also equips students for roles that bridge technical and business functions.

Why study at Seattle University

Seattle University combines a teaching‑centred undergraduate experience with access to one of the world’s major technology hubs. The campus’s location in Seattle provides proximity to major employers and startups, facilitating internships, industry projects and networking. The university emphasises small class sizes, close faculty mentorship and experiential learning, including community‑engaged projects consistent with its Jesuit educational mission.

Students benefit from modern computing facilities, lab spaces and student organisations that support hackathons, coding clubs and collaborative projects. Career services and employer engagement help connect students with practicum and employment opportunities, while interdisciplinary options allow students to combine computing with business, design, health or the arts.