Georgia Institute of Technology

What you'll study

The undergraduate curriculum emphasises core computing theory, practical software development, and systems thinking. Students take foundational courses in programming, discrete mathematics, data structures and algorithms, computer organisation, and operating systems, and then progress to advanced topics such as databases, computer networks, machine learning, human–computer interaction, software engineering and cybersecurity.

The programme is typically structured around a combination of required core courses, restricted electives within the computing discipline, and general education requirements. Lab work and project-based courses are an integral part of the degree, with capstone or senior design projects that require teams to deliver full-spectrum solutions from requirements and design through implementation and evaluation.

• Core modules: programming fundamentals, data structures & algorithms, discrete mathematics, computer architecture, operating systems.
• Information-focused modules: databases, information retrieval, data mining, information assurance and security.
• Advanced and elective topics: machine learning, artificial intelligence, networks, human–computer interaction, software engineering, cloud computing.
• Practical components: laboratory sessions, team software projects, internships/co‑op placements, and a senior capstone project.

Entry requirements

Applicants are expected to have completed a strong secondary-school programme with emphasis on mathematics and science. Typical preparation includes high-level coursework in mathematics (including calculus if available), physics or computer science, and experience with programming is strongly recommended. Admissions decisions at Georgia Tech are holistic and consider academic record, coursework difficulty, letters of recommendation, personal statements and extracurricular achievements.

International applicants must demonstrate equivalent secondary qualifications and English language proficiency where required. Transfer applicants should present college-level coursework in computing and mathematics and may be asked to meet specific credit and curriculum equivalency conditions.

Career prospects

Graduates with a degree in Computer and Information Sciences are well positioned for a range of roles in industry, government and research. Common entry roles include software engineer, systems analyst, data engineer, cybersecurity analyst, database administrator and IT consultant. With experience, graduates move into senior engineering, technical leadership, product management, or specialised roles in areas such as machine learning engineering, cloud architecture and security architecture.

The programme also provides a strong foundation for postgraduate study (Master's and PhD) in computer science, information science, data science and related disciplines. Many alumni work in technology companies, start-ups, financial services, healthcare technology and public-sector IT organisations, often leveraging Atlanta’s regional tech ecosystem and Georgia Tech’s employer connections for internships and early-career placements.

Why study at Georgia Institute of Technology

Georgia Tech’s College of Computing is recognised for its rigorous curriculum, strong emphasis on applied computing and active research culture. Students benefit from access to interdisciplinary research centres and labs focused on areas such as robotics, machine learning, cybersecurity and human-centred computing, which provide opportunities for undergraduate research and collaboration with faculty.

The institute’s location in a major metropolitan technology hub means extensive industry engagement, internship and co‑op opportunities, and frequent recruitment by local and international employers. Support services such as career development, student organisations (for example ACM student chapters and specialised interest groups), hackathons and entrepreneurship programmes further enhance professional preparation and networking.

Overall, the programme combines theoretical depth, hands-on experience and strong industry linkages to prepare graduates for technological careers and advanced study.