Qaammat Pavilion, UNESCO, Greenland by Konstantin Ikonomidis
Located in Sarfannguit, a cultural landscape in West Greenland and a UNESCO World Heritage site since 2018, the Fjeld pavilion by Konstantin Ikonomidis is designed to celebrate and promote the Inuit intangible cultural heritage and traditional knowledge of the environment. Characterized by the two fjords that meet on Sarfannguit’s eastern tip on the hills, the pavilion’s location has been carefully chosen by the local community, site manager Paninnguaq Fleischer-Lyberth and architect.
National
Denmark
The pavilion in implemented in Sarfannguit, Greenland. The planing and construction of the Qaammat Pavilion was made possible thanks to the UNESCO Site Manager Paninguaq Flaisher-Lyberth, Qeqqata municipality, the UNESCO Aasivissuit-Nipisat team and the Sisimiut Museum.
Mainly rural
It refers to a physical transformation of the built environment (hard investment)
No
No
Yes
2021-11-21
As an individual
First name: Konstantin Last name: Ikonomidis Gender: Prefer not to say Nationality: Sweden If relevant, please select your other nationality: Greece Address (country of permanent residence for individuals or address of the organisation)<br/>Street and number: Kullagatan 44 Town: Helsingborg Postal code: 252 21 Country: Sweden Direct Tel:+45 53 71 01 22 E-mail:konstantin.iko@gmail.com Website:https://www.konstantin-ik.com
Qaammat Pavilion - a Contemporary "inussuk" (Cairn)
One of the more significant features of UNESCO's Aasivissuit-Nipisat Herrigate Site is the extraordinary cairn systems, a Greenlandic "inussuk," a manufactured monument in an open environment. The idea and location of the landmark Qaammat are inextricably tied to the traditions of the local heritage, and it seeks to serve as both a reverence to the historical “inussuk", and a modern landmark for the newly announced UNESCO World Heritage Site.
Qaammat Pavilion - Located in Sarfannguit, a cultural landscape in West Greenland and a UNESCO World Heritage site since 2018, the Fjeld pavilion by Konstantin Ikonomidis is designed to celebrate and promote the Inuit intangible cultural heritage and traditional knowledge of the environment. Characterized by the two fjords that meet on Sarfannguit’s eastern tip on the hills, the pavilion’s location has been carefully chosen by the local community, site manager Paninnguaq Fleischer-Lyberth and architect.
Set on the planned trail between Sarfannguit and Nipisat, this site-specific installation will serve as a landmark and a gathering point and dissemination site in Sarfannguit, where the World Heritage site’s beautiful surroundings can be experienced by locals and visitors to the village. The Fjeld pavilion is designed as a poetic and aesthetic object, but most importantly as a symbolic gesture acknowledging the natural site and rich history, the distinctiveness of the Greenlandic culture, and the spiritual sensibilities rooted in Sarfannguit.
Art, Culture, Science
A contemporary cairn = Reconnecting with Traditions,
Landscape Art = Reconnecting with nature
Community process and Unity
Sustainable economy through tourism
The project demonstrate how the impact of innovative design can strengthen and transform our environment. The project demonstrates how the impact of innovative design can strengthen and transform our environment.
Respecting the site - Adding to a landscape. The choice for the site was guided by a strong desire to respect nature and find a balance within the extraordinary landscape. The pavilion seeks to embrace a sensitivity towards nature instilled in the local culture, and establishes a subtle presence by blurring the physical boundary between man-made structure and the natural terrain and landscape.
The pavilion is anchored in the rocky terrain. Drilled into the ground with 40-mm holes, the foundation is constructed with rock anchors in the exact same way that every typical house in the settlement is. Attached to the upper part of the metal poles is a custom made stainless steel bracket with a circular geometry. The metal bar is fully horizontal and the poles vary in length according to the terrain. The curving walls, constructed in glass blocks, form a linear pathway open at both ends, which serves as entrance to the pavilion.
One of the more distinctive features of the structure is its glass ‘shell’, its play of transparencies, scale and weight, resulting in a feeling of surreality. The Qaammat pavilion can simultaneously alter the viewer’s perspective, merge, and even vanish into the surrounding topography.
During the survey's early stages, I had numerous conversations with the village chairman, Aron Olsen, who shared stories and Greenlandic legends that are strongly related to the locals’ bond with nature. Based on this, I attempted to construct a feeling of atmosphere in a fictitious geometry that might convey a sensation of mystery as I comprehended his tales, and chose to work with glass to translate the reflection of the immense sense of power in this natural landscape, which also reminds us of nature’s vulnerability.
I decided to work with glass due to its reflective properties, transparency, and seasonal variations in appearance. However the experience of working with glass as structural material is limited in the arctic circle and little was know about appropriate adhesives to bind glass blocks in such extreme climates. The selected glass blocks were handcrafted in Venice, Italy by WonderGlass. Each block is cast in a metal mold that creates a textured surface that causes variability in reflections. Approximately 1200 glass blocks, each weighing about 5 kg form two inclined semicircular structures facing each other. Both structures narrow towards the top. The entire structure has a diameter of 3 meters.
Please see attached pdf
Please see attached pdf
Architect: Design, development and Constrution, Konstantin Ikonomidis.
Client: Qeqqata municipality, the UNESCO Aasivissuit-Nipisa
Collaboration: Sisimiut Museum
The planning and construction of the Qaammat Pavilion was made possible thanks to the UNESCO Site Manager Paninguaq Flaisher-Lyberth, Qeqqata municipality, the UNESCO Aasivissuit-Nipisat team and the Sisimiut Museum. Kloe Andersen of Sarfannguit assisted the constructing from the first to the last glass block. The local communities, from Sarfannguit and Sisimiut, and local businesses (Sisimiut boat safari, Sirius and VVS metal workshop) provided critical support. WonderGlass, Italy, provided the specific glass blocks at a subsidised price and DOW Inc, Belgium donated a custom made adhesive to bond the glass blocks. Glass researchers Telesilla Bristogianni, Faidra Oikonomopoulou contributed their expertise in glass as a building material. The knowledge acquired while constructing the Qaammat Pavilion was shared in a glass workshop in Sarfannguit with financial support from The Nordic Institute in Greenland. Glass & Construction Analysis was provided with additional funding by Dreyer's Found. The opening ceremony for the Pavilion was held in October 2021, just before the winter season began.
Sarfannguit is the only active village at the UNESCO World Heritage Aasivissuit –Nipisat. During the design and construction phases, the local community across all genders and ages has been involved in the project. Locals were introduced to the construction methods and some were trained and later joined the team to complete the pavilion.
According to conversations with the local community and the UNESCO site manager, Sarfannguit village attracts a large number of visitors, both local and international. This benefits the local economy, and the demand for overnight accommodations has sparked interest in establishing a home-stay and a local guest house in the village.
In order to construct the Qaammat, I had to understand the nature of glass as a building material and the specific environment. Finding an adhesive that could meet both the structural and aesthetic requirements was essential for the success of the project. The adhesive had to be fast curing, simple to apply, and long lasting in extreme temperatures.
1; spend several months in the community, understand the community needs, culture and traditions. 2; based on conversations with the community and UNECO Team, develop a design. 3. Understand the environment, climate and terrain - Practical research for the implementation of the structure. 4. Form a team from the community to help construct the pavilion. 5. Share the knowledge of the construction to the rest of the community.
The working method for the Qaammat Pavilion evolved from my practical experience working on a research and building project to improve health in sub-Saharan Africa and Southeast Asia through experimental prototype houses. The methodology of these earlier projects sparked my interest in establishing an architectural and creative studio that focuses on architectural innovation through practical and scientific research as well as the application of novel technologies and techniques.
My believe is that the careful planning and successful implementation of this project can inspire future - hopefully larger scale - creative construction possibilities in the Arctic.