Georgia Institute of Technology

What you'll study

The programme blends musical practice and theory with computing, signal processing and interactive media. Students take core modules in areas such as computer music and audio programming, music signal processing, digital audio production, and music perception and cognition. Elective options typically include interactive audio systems, spatial and immersive audio, machine learning for audio, composition for media, live performance technologies and theatre sound design. Coursework is paired with studio work in recording, mixing and sound design, and students complete a substantial final project or thesis that can be practice-based, technical or hybrid in nature.

• Core topics: computer music, audio programming, music signal processing, music perception and cognition.
• Studio and practice: multitrack recording, live sound, mixing, sound design for theatre and media.
• Advanced electives: spatial audio, interactive systems, machine learning for audio, composition for interactive media.
• Capstone: research thesis or practice-led project with public presentation or documented artefact.

Entry requirements

Applicants are expected to hold an undergraduate degree in music, music technology, computer science, engineering, theatre technology, or a closely related discipline. Typical application materials include a transcript, a personal statement outlining academic and artistic goals, at least two academic or professional references, and a portfolio or audition demonstrating musical, technical or creative work (for example recordings, score excerpts, code samples, multimedia projects or documentation of live work). Proof of English language proficiency is required for international applicants.

Some background in programming, signal processing or audio production is advantageous for music technology pathways; provisional or preparatory modules may be recommended for applicants coming from purely performance backgrounds. Admissions decisions are based on the full application package and the match between an applicant's interests and faculty expertise.

Career prospects

Graduates move into diverse roles across the creative and technology sectors. Common career paths include audio and recording engineer, sound designer for theatre, film and games, music software and plugin developer, interactive media designer, researcher in music and audio technologies, and composer for media. Alumni also work in product development and technical roles at companies focusing on audio technologies, immersive experiences and music platforms, or continue into doctoral study and academic careers.

Why study at Georgia Institute of Technology

Georgia Tech offers a distinctive interdisciplinary environment that brings together music, engineering and computing. Students benefit from access to specialised facilities and studios, collaborative research centres focused on music and technology, and faculty whose expertise spans composition, audio engineering, computer science and human-centred design. The university’s location in Atlanta provides connections to a vibrant arts and media industry, facilitating internships, industry collaborations and public performance opportunities. The programme emphasises both creative practice and technical rigour, preparing graduates to work at the intersection of art and technology.