Master in Sound and Vibration

Chalmers University of Technology in Gothenburg, Sweden, founded in 1829, combines long-standing academic tradition with a modern, innovation-driven culture. Home to about 7,000 students, including roughly 1,200 international students, Chalmers is recognized for rigorous education and research in engineering, technology and the natural sciences. The university places a strong emphasis on sustainability, entrepreneurship and industry collaboration, making it attractive for students who want applied technical training and real-world impact.

With 54 programmes across bachelor, master and doctoral levels, Chalmers offers hands-on learning supported by cutting-edge laboratories, innovation hubs and cross-disciplinary centres. Close ties with industry enable internships, collaborative projects and placement opportunities in sectors such as automotive, energy, telecommunications and architecture. Research activities are tightly linked to practical challenges, and students often participate in projects that lead to startups or industry partnerships.

Campus life in Gothenburg provides a compact, student-focused environment with easy access to Sweden's vibrant second city and a growing tech ecosystem. International students benefit from English-taught programmes, orientation services and active student associations that support integration and professional networking. Career services help translate academic credentials into internships and employment across Europe, so Chalmers is a strong choice for students seeking technical depth, applied research experience and direct links to industry.

The Master in Sound and Vibration at Chalmers University of Technology is a 2-year program for engineers who want to create products with high sound and vibration quality. This program leads to a Master of Science degree and focuses on acoustics engineering.

The curriculum includes subjects like audio technology, technical acoustics, sound and vibration measurements, and human response to sound and vibration. Students develop skills in experimental investigations, physical reasoning, and numerical methods through project work and access to experimental facilities.

Graduates can pursue careers as Acoustic Consultants, Audio Engineers, Noise Control Engineers, Vibration Analysts, or Product Developers, working in industries like automotive, construction, or audio technology, for employers such as sound reproduction system manufacturers or environmental agencies.