California State University

What you'll study

The programme combines foundational computer science theory with applied coursework and laboratory experience. Early years focus on programming fundamentals, discrete mathematics and calculus, while intermediate and advanced courses cover data structures, algorithms, computer systems, operating systems, databases, networking and software engineering. Applied topics typically offered include web and mobile development, cloud computing, cybersecurity, machine learning, human–computer interaction and embedded systems.

Students complete a sequence of core units, elective specialisation courses, and general education requirements. Practical learning is emphasised through programming labs, team software projects and a senior capstone or industry practicum. Many campuses also offer optional internships, cooperative education placements or industry-sponsored projects to build professional experience.

• Core subjects: Introduction to Programming, Data Structures and Algorithms, Computer Architecture, Operating Systems, Databases, Software Engineering, Discrete Mathematics.
• Applied and elective subjects: Web and Mobile Development, Cloud and DevOps, Machine Learning and AI, Network Security, Embedded Systems, Human–Computer Interaction.
• Capstone and practical work: Senior design project or practicum, lab coursework, industry internships and collaborative team projects.

Academic structure

The degree follows a four-year undergraduate structure with lower-division prerequisites, upper-division major requirements and a combination of general education units. Students typically progress from foundational programming and mathematics into increasingly specialised and project-based courses in the third and fourth years.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with a solid background in mathematics. Typical preparation includes coursework in algebra, precalculus or calculus and exposure to programming concepts. Admission standards vary across campuses, and many accept qualified transfer students from community colleges with articulated coursework in programming and calculus.

Specific entry requirements commonly include:

• Completion of high-school level mathematics; calculus or precalculus is strongly recommended.
• Introductory programming experience is advantageous; courses in Python, Java or C/C++ are useful preparation.
• Satisfactory academic standing; universities may consider GPA, coursework rigour and other achievements. Transfer applicants should consult the campus admissions office for articulation agreements and lower-division prerequisites.

Certain campuses may offer supplemental advising, placement testing for mathematics and programming, and pathways through community college transfer agreements. Applicants should check the specific California State University campus they plan to attend for the precise requirements.

Career prospects

Graduates with a Bachelor’s in Applied Computer Science are prepared for a wide range of technical roles in industry, government and startups. The programme’s emphasis on applied skills and project work helps students move quickly into the workforce or pursue further graduate study.

• Software developer / software engineer — application, backend, systems and full-stack development.
• Data analyst and data engineer roles working with databases, ETL and analytics pipelines.
• Systems engineer, DevOps or cloud engineer positions managing infrastructure and deployments.
• Cybersecurity analyst, network engineer or security-focused developer roles.
• Embedded systems and IoT developer positions for hardware–software integrated products.
• Technical roles in product management, quality assurance, technical consulting and IT operations; entrepreneurship and startup founding are also common paths.

Students often enhance employability through internships, capstone projects, coding portfolios and participation in hackathons or student clubs. Graduates may also choose to continue with a master’s degree in computer science, data science or related fields.

Why study at California State University

California State University campuses are known for delivering practical, career-oriented education with strong links to local industry and employers. The Applied Computer Science curriculum emphasises hands-on learning, accessible faculty and applied laboratories that mirror workplace practices.

• Industry connections: Proximity to technology companies and active employer relationships support internships, projects and recruitment.
• Applied focus: Curriculum prioritises real-world programming, systems engineering and team-based project experience.
• Affordability and access: The university system provides multiple pathways into computing for students from diverse backgrounds, including community college transfer agreements and on-campus support services.
• Student support and resources: Career centres, computing labs, student clubs (such as programming and robotics), and faculty with industry experience help students develop job-ready skills.

Prospective students should review the specific campus programme pages and speak with an admissions or departmental advisor to understand campus-specific concentrations, lab facilities and opportunities for internships or undergraduate research.