La Salle Campus Barcelona - Master Programs | Universidad Ramon Llull
Master of Science in Audio, Acoustics and Vibrations
Barcelona, Spain
MSc
DURATION
10 months
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
19 Oct 2026
TUITION FEES
STUDY FORMAT
On-Campus
The impact of sound on our environment is more relevant than ever. From noise pollution to the design of immersive sound experiences, acoustic engineering plays a key role in multiple sectors such as transportation, architecture, industry, and entertainment.
This master's program offers advanced training in acoustics, vibrations, and audio processing, with an innovative approach based on emerging technologies. You will learn to apply artificial intelligence, numerical simulations, and acoustic metamaterials to design effective and sustainable solutions.
Through a combination of theory and practice, the program will prepare you to tackle real-world challenges in areas such as noise control, environmental acoustics, sound quality enhancement, and audio system optimization. The activities of the program will be take place in the acoustics laboratories of La Salle - URL, which are part of the IASLab (Interactive Arts & Science Laboratory).
Candidates (national or international) admitted in the Master of Science in Audio, Acoustics and Vibrations typically hold one of the following (or similar) graduate degrees:
- Bachelor's degree in Mechanical Engineering
- Bachelor's degree in Telecommunications Systems Engineering
- Bachelor's degree in Industrial Technology Engineering
- Bachelor's degree in Audiovisual Systems
- Bachelor's degree in Physics
- Bachelor's degree in Aerospace Vehicle Engineering
- Bachelor's degree in Environmental Sciences
- Bachelor's degree in Mathematics
- Bachelor's degree in Architectur
Foundations and Recent Developments
- Physical acoustics and structural vibration dynamics
- Advanced topics in acoustics, audio, and vibrations (e.g., metamaterials, nonlinear acoustics, deep learning, acoustic black holes)
- Psychoacoustics and sound quality
Experimental Techniques: in lab in situ measurements
- Experimental techniques for room acoustics and environmental noise
- Sound recording and immersive audio
- Advanced experimental techniques in acoustics, audio, and vibroacoustics
Numerical Methods
- Numerical methods for low frequencies: FEM and BEM
- Numerical methods for high frequencies: SEA, hybrid methods, and ray acoustics
Audio Signal Processing
- Fundamentals of audio signal processing
- Applications and AI in audio signal processing
Master's final thesis
This master's program aims to train specialists in acoustic engineering with a strong command of the most advanced technologies in the field. The program focuses on:
- AI applications in acoustics: Implementing artificial intelligence algorithms for sound event detection, noise reduction, and audio system optimization.
- Acoustic simulation and modeling: Using advanced numerical methods to predict and analyze sound behavior in different environments.
- Design and implementation of innovative solutions: Applying strategies based on acoustic metamaterials and new techniques for noise isolation and absorption.
- Digital audio processing: Developing tools and technologies to enhance sound quality in industrial, transportation, and entertainment applications.
- Vibration measurement and control: Applying experimental techniques to assess and mitigate vibrations across various sectors.
- Research and development in advanced acoustics: Exploring emerging trends such as computational acoustics, AI applications, and smart materials for sound management.
This master's program offers specialized training with a forward-looking vision, preparing students to lead innovation in the field of acoustics and sound.
- Acoustic consultant: works with architectural firms, urban planners or environmental agencies to design spaces with optimal acoustics and noise control (e.g. concert halls, offices, factories).
- Noise control engineer: focuses on reducing noise pollution in transportation, industrial or urban environments, designing acoustic barriers, insulation or soundproofing solutions.
- Sound engineer: works on the development, design and optimization of audio equipment and systems, including microphones, loudspeakers, headphones and sound recording devices.
- Vibroacoustic engineer: specializes in the analysis and control of vibrations in mechanical systems, structures or vehicles to improve performance, reduce wear and ensure safety. Sectors: automotive, rail, aerospace and industrial.
- Aeroacoustic Engineer: Focuses on reducing aerodynamic noise, especially in industries such as aviation, high-speed trains, wind energy and automotive, ensuring quieter and more efficient designs.
- Psychoacoustic Engineer: Studies the perception of sound to improve sound quality in consumer electronics, automotive and entertainment industries, ensuring a better listening experience.
- Sound Design: Creates and manipulates sounds for media production, such as films, video games and virtual reality, often working with creative teams.