Georgia Institute of Technology

What you'll study

• Core foundations: advanced algorithms, operating systems, computer architecture and software engineering to consolidate a rigorous computer science base for IT work.
• Systems and infrastructure: high-performance and distributed systems, cloud computing, storage systems and network design, emphasising scalability and reliability.
• Data and analytics: databases, big data systems, machine learning and applied data analytics relevant to IT decision-making and service delivery.
• Security and privacy: network security, applied cryptography, intrusion detection and secure software practices for protecting information systems.
• Human-centred and applied topics: human–computer interaction, software project management, IT service management and usability for deployment in enterprise contexts.
• Project or research component: many students complete a substantial capstone project or research thesis, working with faculty or industry partners to build deployable systems or investigate applied research questions.
• Electives and specialisms: depending on interests, students may focus on areas such as networking, cloud-native development, cybersecurity, data engineering, visualisation or machine learning systems.

Entry requirements

• Bachelor's degree in computer science, information systems, engineering or a closely related technical discipline from a recognised institution.
• Strong academic record demonstrating proficiency in programming, discrete mathematics and fundamental computing concepts. Relevant coursework or professional experience can strengthen applications from non-traditional backgrounds.
• Application materials typically include official transcripts, a statement of purpose outlining academic and professional goals, an up-to-date CV or résumé, and letters of recommendation from academic or professional referees.
• Standardised tests and English language requirements vary by programme and applicant background; consult the graduate admissions pages for current policies and acceptable evidence of English proficiency.
• Relevant industry experience and demonstrated project work or open-source contributions can be advantageous, particularly for competitive specialisms or funded positions.

Career prospects

• Graduates enter roles such as software engineer, systems or cloud architect, site reliability engineer, data engineer and machine learning engineer within technology companies, startups and established enterprises.
• Security-focused alumni progress to positions like cybersecurity analyst, incident responder, penetration tester and security engineer in private and public sector organisations.
• Other pathways include IT consultancy, product management and technical leadership roles where graduates translate technical solutions into business value.
• For those interested in research and academia, the programme provides a pathway to doctoral study or research positions in industrial labs, particularly when combined with a thesis and faculty collaboration.

Why study at Georgia Institute of Technology

• Strong computing reputation: the College of Computing is widely recognised for its rigorous curriculum and research output, providing exposure to cutting-edge topics and methodologies.
• Research and lab opportunities: students can engage with established research groups and centres, collaborating on projects in areas such as networking, cybersecurity, machine learning and human-computer interaction.
• Industry connections and location: Georgia Tech's long-standing relationships with technology companies and its location in a major metropolitan tech hub give access to internships, co-op opportunities and employer recruiting.
• Practical, project-based learning: emphasis on capstone projects and industry-aligned coursework helps students build a portfolio of practical systems and applications valued by employers.
• Alumni network and career support: graduates benefit from an active alumni community and dedicated career services that support transition into industry, entrepreneurship and research roles.