Troy University

What you'll study

The programme provides a foundation in core computing principles and applied information technologies. Early modules typically cover programming fundamentals (object-oriented programming), discrete mathematics, computer organisation and operating systems, and introduction to databases. As you progress, you study software engineering and development methodologies, data structures and algorithms, networks and communications, web and mobile application development, and principles of information security.

Students also encounter applied and elective topics such as data analytics and visualisation, cloud computing, cyber security and ethical hacking, human–computer interaction, systems analysis and design, and IT project management. Practical laboratory work, group projects and a capstone or senior project are key programme elements that emphasise real-world problem solving and team-based development.

• Programming (Java, C/C++ or equivalent)
• Data structures and algorithms
• Database systems and SQL
• Computer networks and protocols
• Operating systems and system administration
• Software engineering and project work
• Information security and risk management
• Data analytics and machine learning fundamentals (elective)

Structure

The degree follows a combination of general education requirements, core major courses and electives. Typical progression moves from introductory courses in the first year to intermediate and advanced technical courses in later years, supported by laboratories and project modules. Many students complete a final-year capstone project that synthesises technical, design and professional skills; internships and co‑op placements are encouraged to gain workplace experience.

Entry requirements

Admissions expect a high-school diploma or equivalent with a background in mathematics; further study in physics or computer science is advantageous. Typical domestic applicants should demonstrate competency in algebra/trigonometry and may be asked for a minimum GPA equivalent. Standardised tests such as the SAT/ACT may be considered where applicable, though policies can vary. Transfer students are admitted with credit for completed college-level coursework in relevant subjects.

International applicants must show proof of secondary education equivalent and meet English language proficiency requirements (for example IELTS or TOEFL scores) if English is not their first language. Applicants with prior college credit, professional IT certifications or relevant work experience should submit transcripts and supporting documentation for advanced standing or transfer credit consideration.

Career prospects

Graduates leave prepared for a wide range of roles across private and public sectors. Typical entry-level jobs include software developer, systems analyst, database administrator, network administrator, IT support specialist, web developer and cybersecurity analyst. With experience, alumni progress into senior developer, systems architect, IT project manager, security consultant, data analyst or technical leadership roles.

The programme also provides a foundation for postgraduate study in specialised areas such as cybersecurity, data science or software engineering. Troy University’s career services and employer connections help students secure internships and graduate positions across industries including finance, government, defence contractors, healthcare and technology firms.

Why study at Troy University

Troy University offers a teaching environment focused on applied learning, small class sizes and access to hands-on labs and project facilities. The university has a long-standing offering of computer and information science programmes and supports flexible delivery with on-campus and online study paths suitable for traditional and non-traditional students.

Students benefit from opportunities for internships and regional industry partnerships, faculty with practical and academic experience, and a supportive campus community. The programme’s emphasis on practical projects, professional skills and preparation for certification exams helps graduates enter the workforce with job-ready experience and a portfolio of real-world work.