Gerd Marbjerg

Research engineer

Gerd Marbjerg is a research engineer at GN Group, with a notable background in acoustics and engineering. Her work has focused on developing tools and models to improve acoustic environments in various settings, including classrooms and workplaces.

Academic and Professional Background

Marbjerg was previously involved in a project at the Technical University of Denmark (DTU) where she collaborated with Ecophon to create a calculation tool that simulates acoustics in small rooms. This tool addresses critical factors such as reverberation time, speech intelligibility, and noise levels, which are essential for enhancing the working environment in offices and educational institutions.2

During her tenure at DTU, she developed a comprehensive model that factors in how sound interacts with different surfaces in a room. This model allows for precise calculations of how modifications to the room's acoustics can impact sound perception, providing valuable insights for designing better acoustic spaces.2

Current Role at GN Group

At GN Group, Marbjerg continues her research, focusing on the application of her acoustic modeling techniques. Her expertise is particularly relevant in the context of GN's commitment to enhancing audio experiences through innovative technology.1

In addition to her engineering role, Marbjerg is also engaged in postdoctoral research, funded by the Oticon Foundation and Ecophon, where she works on advanced auralization techniques—essentially simulating how sound is perceived in various environments.2

Contributions and Impact

Marbjerg's work has significant implications for improving workplace acoustics and overall sound quality in public spaces. By integrating her acoustic models into practical applications, she aims to foster environments that support better communication and reduce stress related to poor acoustics.2

In summary, Gerd Marbjerg is a prominent figure in the field of acoustics within GN Group, leveraging her research background to enhance audio experiences across various applications.