In the laboratory, studies are carried out to establish and develop the sound pressure unit standard at the primary level. In addition, primary and secondary calibrations of devices and transducers used in acoustic measurements, measurements to determine the sound power level of noise sources, measurements of sound absorption coefficient of building materials, measurements of directional characterization of noise sources, acoustic tests in special rooms, characterization of special acoustic rooms performed on-site and ringing time measurements of closed volumes are carried out by the laboratory.

The sound pressure unit standard was established by the laboratory according to the IEC 61094-2 standard in the frequency range of 2 Hz - 25 kHz. The laboratory participates in international comparisons organized by both the International Committee for Weights and Measures (CIPM) and Regional Metrology Organizations to determine the degree of equivalence of the obtained standard to the national standards of other countries. The uncertainty of the national standard is comparable to the uncertainty of the standards of the leading national metrology institutes. The value of the national standard is transferred to the lower level through the calibration of various instruments and transducers, e.g. microphones, sound calibrators, etc. With its 50 Hz lower limit frequency Full Anechoic Chamber, Resonance Chamber and extensive instrumentation and measurement infrastructure, the laboratory is at a level to perform many precise measurements in the field of acoustics within and outside the country and to contribute to projects where acoustic metrology is required, and participates and contributes to various projects at home and abroad. The Acoustics Laboratory is also involved in the installation of the Acoustic Gas Thermometer system in the Temperature Laboratory, which is accepted as the primary standard in the new definition of the "kelvin" unit in the field of temperature.