Politecnico di Milano MSc in Music and Acoustic Engineering
Politecnico di Milano

Politecnico di Milano

MSc in Music and Acoustic Engineering

  • Milan, Italy
  • Cremona, Italy

MSc

2 years

English

Full time

EUR 3,898 / per year *

* tuition fees for Non-EEA students correspond automatically to the full contribution of 3898,20€; tuition fees for EEA students range from about 895,20 € to 3898,20 € per year

Key Summary

About: The MSc in Music and Acoustic Engineering at Politecnico di Milano trains students in audio, acoustics and music technology. It develops multidisciplinary skills across computer science, telecommunications, computational acoustics, numerical modeling and analysis, electroacoustics, and vibrational and room acoustics. Students learn experimental research methods and technological transfer in a scientific-technological university that links teaching, research and industry.

Career Outcomes: Graduates can work in audio engineering, acoustic consulting, R&D, product design and audio software development. Typical roles include audio engineer, acoustic consultant, audio software developer, R&D engineer, sound designer, and room acoustics specialist. Skills include signal processing, measurement and modeling.

Mission and Goals

The postgraduate program in "Music and Acoustic Engineering" forms experts and designers who are able to face consolidated as well as emerging technological challenges in the audio, music and acoustics areas:

  • Audio: acquisition/capturing, processing, analysis, synthesis, reconstruction/rendering, classification, storage, organization, representation, and publishing;
  • Acoustics: analysis; control; characterization; improvement, optimization, and design of musical instruments, of listening environments and vibrational systems in general.
  • Music: analysis; classification; annotation; transcription; organization; modeling and representation; visualization; assistance to composition, orchestration, arrangement, and production.

In order to do so, students learn to make synergistic use of a multi-disciplinary knowledge ranging from computer science to telecommunications, from computational acoustics to numerical modeling/analysis, from electroacoustics to vibrational and room acoustics.