University of Hawaii

What you'll study

The programme covers foundational and applied areas of computing to prepare students for technical roles or further study. Core topics typically include programming and software development, data structures and algorithms, discrete mathematics, computer systems and operating systems, and database design.

• Programming fundamentals — object‑oriented and procedural programming, software design and testing.
• Data structures & algorithms — algorithmic problem solving, complexity analysis and efficient data organisation.
• Databases & information systems — relational modelling, query languages and data management.
• Computer networks & security — network architectures, protocols and basic cyber security principles.
• Software engineering — development life cycles, project management and team‑based development.
• Web & mobile development — front‑end and back‑end technologies for modern applications.
• Electives and special topics — students can choose modules in areas such as data science, machine learning, human‑computer interaction, embedded systems or cloud computing.
• Capstone/project work — an individual or group project emphasising design, implementation and communication of a complete system or research prototype.

Hands‑on learning is emphasised through laboratory work, programming assignments, group projects and opportunities for research or industry placements.

Entry requirements

Applicants are expected to hold a secondary school qualification equivalent to a high school diploma. Strong achievement in mathematics is usually required and prior exposure to programming is advantageous.

• Academic transcripts demonstrating competency in mathematics; calculus or pre‑calculus is often recommended.
• Proof of secondary graduation or equivalent qualifications for international students, plus evidence of English language proficiency where required.
• Some programmes or campuses may consider a personal statement or references; transfer applicants should provide college transcripts and details of completed prerequisite courses.

Admissions criteria can vary by campus and applicant category, so prospective students should consult the University of Hawaii admissions webpages for the most up‑to‑date guidance.

Career prospects

Graduates enter a wide range of technology roles across private, public and non‑profit sectors. Common entry job titles include software developer, systems analyst, database administrator, network administrator, IT support specialist and data analyst.

• Work in software and application development for web, mobile and enterprise systems.
• Careers in cybersecurity, network operations and infrastructure engineering.
• Data roles such as business intelligence, data engineering and machine learning support positions.
• Opportunities in IT consulting, systems integration and project management.
• Progression to postgraduate study (MSc, PhD) for research or specialised technical careers.

Graduates benefit from the programme's practical focus, local industry connections and internship pathways when transitioning into the workforce.

Why study at University of Hawaii

The University of Hawaii offers computing education within a research‑active department that blends traditional computer science with information systems perspectives. Students gain access to hands‑on labs, small‑group teaching and research projects that reflect the technological needs of the Pacific region.

• Location advantages — proximity to a diverse local economy in Honolulu and connections across the Pacific and Asia for internships and collaborative projects.
• Faculty engagement — opportunities to work with researchers on applied topics such as networking, security, data analytics and human‑centred computing.
• Experiential learning — capstone projects, industry placements and community‑facing initiatives that allow students to build practical portfolios.
• Support services — academic advising, career services and technical clubs that help students prepare for employment or further study.

The combination of a broad curriculum, practical experience and regional relevance makes the programme suitable for students aiming for a wide range of technology careers or postgraduate study.