Archetech Issue 40 2019 | Page 100

AWARD-WINNING USE OF PERFORATED METAL A unique auditorium for the Faculty of Humanities at the Uppsala University campus stands out like a precious jewel among the surrounding traditional buildings. The architects chose RMIG ImagePerf to reproduce the work of artist Ann Lislegaard, resulting in a unique and breathtaking facade for the auditorium. The auditorium for the Humanities – Humanistiska Teatern – is now being used for various events at Uppsala University in Sweden. It is situated in the part of campus called The English Park and consists of two separate building blocks, one for administrative offices and one for the auditorium itself. The Swedish architect firm, White Arkitekter, designed both the office building and the auditorium. Whereas the office building merges with existing buildings on campus, the horseshoe-shaped auditorium stands out as a powerful symbol of humanistic activities and events at the university. It is equipped with state-of-the-art audio-video technology that allows everyone to express their opinions and be heard both inside the auditorium and around the world. This unique arena encourages participation and exchange, thereby achieving its goal of creating social connection. For the architects, it was important that the uniqueness of the building was reflected through both its interior and exterior design. Therefore, they chose an untraditional approach to the construction of the facade and joined forces with an accomplished artist as well as world specialists in perforated metal at RMIG. ARTWORK REPRODUCED WITH PRECISIONDanish-Norwegian artist Ann Lislegaard was commissioned with the task of designing the artwork for the facade of the oval-shaped building. She developed an intricate, abstract pattern of circular shapes that was – in part – inspired by the natural images drawn by internationally acclaimed Swedish botanist Carl von Linné. Ann Lislegaard’s vision was converted into digital format and the image was then reproduced by means of picture perforation.