该主题的研究旨在将工程和感知方法相结合，以解决建筑环境中的声学问题。研究表明，工程噪声控制解决方案不足以应对当今的声学挑战，因为多种因素会影响声音及其感知。因此，声学主题的研究重点与更广泛的音景方法保持一致，后者依赖于听觉环境的物理特征和心理感知。Soundscape研究本质上是多学科的，因为它结合了工程学和社会科学方法论，以开发旨在提高生活质量和舒适度的定性解决方案。最近对水产生的声音进行声学和感性分析以掩盖道路交通噪音的例子就是一个例子。
Research in this theme aims to integrate engineering and perceptual approaches to the solution of acoustic problems in the built environment.<br><br>Studies have shown that engineering noise control solutions are not sufficient for dealing with today's acoustical challenges, as multiple factors affect sound and its perception. The research focus of the acoustics theme is therefore in line with the broader soundscape approach, which relies on both physical characteristics and mental perception of the aural environment. Soundscape research is multidisciplinary by nature, as it combines engineering and social science methodologies, in view of developing qualitative solutions aimed at improving quality of life and comfort. An example of research recently carried out is given by the acoustical and perceptual analysis of water generated sounds for road traffic noise masking.<br><br>Alongside soundscape research, we have expertise in sound transmission through buildings and, in particular, mathematical models which can predict the performance of entire buildings, as well as classroom acoustics and hospital noise research. Our main areas of interest include:<br><br>Soundscapes of the Built Environment<br>Environmental Noise<br>Building Acoustics<br>Room Acoustics