Presbyterian College

What you'll study

The Applied Computer Science degree at Presbyterian College emphasises core computing principles together with applied, project-based learning. Students take a sequence of courses that build from foundational topics to advanced elective specialisms, alongside the college's general education requirements.

• Core fundamentals: programming (object-oriented and procedural), data structures and algorithms, computer organisation and operating systems.
• Software development: software engineering, databases, web development, mobile or user-interface development and version control/workflow practices.
• Systems and networking: computer networks, cybersecurity fundamentals and systems administration topics appropriate for applied practice.
• Data and computation: introductory and applied coursework in discrete mathematics, probability and statistics for computing, and an introduction to data analytics or machine learning.
• Capstone and experiential learning: a senior capstone project or practicum in which students undertake a semester-long team or individual project with a real-world client, internship placements, and opportunities for undergraduate research under faculty supervision.
• Electives and cross-disciplinary options: students can choose electives to specialise in areas such as software engineering, cybersecurity, data analytics, human–computer interaction, or robotics, and may take complementary courses in mathematics, physics, or business.

Instruction balances lectures, lab sessions and collaborative projects; assessments typically include programming assignments, lab work, exams, project deliverables and oral presentations.

Entry requirements

Applicants should hold a high-school diploma or equivalent. Successful candidates typically demonstrate strong performance in secondary-level mathematics and science. Evidence of prior programming experience is helpful but not mandatory.

• Academic background: recommended preparation includes algebra, precalculus or calculus and a science course. A solid mathematics record strengthens an application.
• Standardised tests: the college's policies on SAT/ACT scores may vary; applicants should check current admissions guidance. Test scores, where submitted, are considered alongside the full application.
• Supporting materials: a personal statement or essay, academic transcripts and at least one teacher or guidance recommendation are generally required. Applicants transferring from other institutions should provide college transcripts and a statement of prior coursework.
• International applicants: must provide equivalent academic credentials and proof of English language proficiency when applicable.

Career prospects

Graduates with a Bachelor’s in Applied Computer Science from Presbyterian College move into a range of technical and applied roles or continue to graduate study. The programme's emphasis on practical projects and internships prepares students for entry-level positions and further professional development.

• Software developer / engineer
• Web or mobile application developer
• Systems analyst and IT support roles
• Data analyst or junior data scientist
• Network and cybersecurity technician or analyst
• DevOps or cloud support roles
• Consulting, technical sales or product support roles combining technical and communication skills
• Graduate study in computer science, data science, information systems or related fields

Why study at Presbyterian College

Presbyterian College offers a close-knit learning environment with small classes and accessible faculty, which benefits undergraduates pursuing applied technical training. The college's liberal arts core ensures graduates develop communication, critical thinking and ethical reasoning skills alongside technical competence.

• Faculty mentoring: students work directly with faculty on capstone projects and research, receiving personalised guidance.
• Applied learning opportunities: the programme integrates labs, internships and community-facing projects that let students apply skills to real problems.
• Cross-disciplinary flexibility: students can pair computing studies with courses in mathematics, business or the sciences to tailor their pathway.
• Career support: on-campus career services, alumni networks and local industry connections help students find internships and entry-level positions.