AGH University of Science and Technology

Ideatec Advanced Acoustic Solutions participated in an acoustic conditioning project for the AGH University of Science and Technology, one of the most renowned academic and technological institutions in Poland. The project was carried out in the city of Kraków and aimed to improve acoustic comfort in various indoor spaces with educational use and continuous foot traffic, including classrooms and university corridors.

For the execution of this project, the Ideaperfo T16 and Ideaperfo R32 acoustic systems were installed, solutions specifically designed to control reverberation and optimize architectural acoustics in public and educational buildings. Thanks to their technical properties and aesthetic integration capabilities, these systems help reduce ambient noise and improve speech intelligibility in spaces where communication and concentration are essential.

University environments have very specific acoustic needs due to high daily occupancy and constant movement of students and teaching staff. In classrooms, poor acoustics can directly affect oral comprehension and academic performance, while in corridors and common areas excessive reverberation creates an uncomfortable sound environment. The installation of Ideaperfo panels significantly improved sound absorption and created more balanced and comfortable spaces for daily use.

The use of the Ideaperfo T16 and Ideaperfo R32 models provided an efficient solution both technically and architecturally, maintaining the building’s aesthetics while contributing to a more pleasant acoustic experience. This project reflects Ideatec Advanced Acoustic Solutions’ commitment to developing high-performance acoustic solutions for universities, educational centers, and institutional spaces in international markets.

Through projects such as this one in Kraków, Ideatec continues to strengthen its expertise in acoustic conditioning projects for educational architecture, offering solutions tailored to the needs of each space and ensuring high standards of quality, design, and acoustic performance.