Edu- / Infotainment
Sharing knowledge with intelligent media technology
©Hager Group Jan Bitter
Edu- / Infotainment
Amptown System Company supplies, installs, and integrates media technology system solutions at the highest level for museums, exhibitions, and educational institutions, as well as for seminar rooms and company presentations. The aim of our individual and innovative media technology is to convey coherences in a comprehensible way, and with entertainment value at the same time. Amptown works with specialist planners, designers, and architects to offer the full range of highly complex system solutions, whose functionality and craftsmanship have top priority and remain cost-effective, even after successful integration, thanks to a wide range of services. We shape your ideas and deliver sustainable turnkey installations that integrate into architectural concepts, and create unique worlds of experience in synergy of all acoustic and visual aspects.
With 70 degree programs, the Berlin University of the Arts (UdK) is one of the world’s largest, most diverse, and most traditional art colleges and one of the few art colleges in Germany with university status. The Faculty of Music at the UdK Berlin maintains places of specialization and encounter, such as the Joseph Joachim Concert Hall. The 380-square-meter hall was modernized by Amptown System Company with a sound reinforcement system that must provide optimal speech intelligibility, the most homogeneous possible distribution of sound pressure levels across the listening areas, and minimize feedback and distracting reflections.
With 70 degree programs, the Berlin University of the Arts (UdK) is one of the world’s largest, most diverse, and most traditional art colleges and one of the few art colleges in Germany with university status. The Faculty of Music at the UdK Berlin maintains places of specialization and encounter, such as the Joseph Joachim Concert Hall. The 380-square-meter hall was modernized by Amptown System Company with a sound reinforcement system that must provide optimal speech intelligibility, the most homogeneous possible distribution of sound pressure levels across the listening areas, and minimize feedback and distracting reflections.
Reference List
