Chapman University

What you'll study

This degree builds a foundation in programming, systems, and information technologies while allowing you to explore applied areas such as data analytics, cybersecurity and human–computer interaction. The curriculum typically includes a sequence of core courses alongside laboratory work, electives and a capstone project or internship.

• Core topics: programming and software development, data structures and algorithms, computer systems and architecture, operating systems, databases and information management, and computer networks.
• Applied and elective topics: web and mobile development, software engineering and testing, machine learning and artificial intelligence, data analytics and visualisation, cybersecurity fundamentals and privacy, cloud computing, and human–computer interaction.
• Skills and practice: hands-on programming labs, group software projects, development tools and version control, systems administration tasks, and real-world problem solving with datasets and APIs.
• Capstone and experiential learning: a final-year individual or team capstone project that integrates design, implementation and evaluation; opportunities for internships with local technology companies, startups and campus research groups.

Entry requirements

Admission to the Bachelor’s in Computer and Information Sciences typically requires a completed secondary school qualification or equivalent. Successful applicants usually demonstrate strong performance in mathematics and science subjects and a record of academic achievement.

• Academic background: high school diploma or equivalent with coursework in mathematics (algebra, geometry, precalculus or calculus) and preferably some exposure to computer science or programming.
• Application materials: completed university application, academic transcripts, personal statement or essay, and school references as required by the admissions office.
• International students: proof of equivalent academic qualification and proficiency in English, demonstrated through recognised tests or institutional exemptions.
• Additional considerations: portfolios or examples of programming projects are helpful but not always required; admissions may also consider demonstrated interest in computing through extracurricular activities, competitions or work experience.

Career prospects

Graduates from the programme are prepared for a broad range of roles across the technology sector and in organisations that depend on information systems. The combination of technical skills and project experience makes alumni attractive to employers and suitable for further study.

• Software developer, application or systems engineer
• Data analyst or data engineer
• Information systems analyst or IT consultant
• Cybersecurity analyst or network administrator
• UX designer, product support or technical project coordinator
• Graduate study options in computer science, data science, information systems or related fields

Why study at Chapman University

Chapman offers a learning environment with small class sizes and accessible faculty, allowing for personalised mentoring and close collaboration on projects. Located in Southern California’s technology and creative ecosystem, the university provides strong internship links and opportunities to work with local industry partners.

• Hands-on learning: lab-based courses, industry-relevant tools and a required capstone give practical experience that employers value.
• Interdisciplinary opportunities: easy access to other departments and programmes for combining computing with business, arts, film or the sciences.
• Career support: on-campus career services, internship placement assistance and connections across the regional tech community to help students transition into work or graduate study.
• Faculty involvement: faculty-led research projects and small seminars enable closer supervision and opportunities to contribute to applied research.