Science that changes the world
Klára designed a technological solution for an acoustic system based on the synergy of a cavity and membrane resonator made of nanofibers. This principle is protected by a university patent.
Thanks to her studies at a secondary school of arts and crafts, her unfinished studies in architecture, her degree in textile technologies with a focus on the development of acoustic materials, and her work at the Faculty of Mechatronics in the field of Applied Sciences in Engineering, she is able to combine both artistic and technical requirements for the design of new acoustic elements. Sound-absorbing materials are not always hidden in technical equipment, so it is desirable to create a unique design, perhaps even with a lighting function.
In addition to his academic career, he has spent many years designing and modeling small buildings, interiors, furniture sets, and technical elements, such as a solar bench for charging electric bikes. She considers both creative activities with a unique intersection—acoustic systems and architectural studies—primarily as her hobbies.
Description: The project led by the CXI TUL team focused on the development of fundamentally new solitary acoustic elements for solving spatial acoustics. It involves the comprehensive design and optimization of parameters for five new types of acoustic lighting. The results of this work are implemented in the projects of the acoustic company AVETON with the aim of ensuring the full acoustic functionality of spaces with regard to their unique design.
Project leader: Klára Kalinová
Source of funding: TAČR