top of page




Dimensions 520 x 1150 x 85 x 20 - 65 cm

Bespoke project

Architect, Vita Polkovnikova, of  the Academic Center for Natural Sciences explains that, for her, it is important that monumental art becomes a part of public buildings (2016)

In Nature is the largest contemporary glass artwork in the Baltic states. The stacked glass architectural sculpture is located on the ground floor of the award-winning Academic Center for Natural Sciences of the University of Latvia (2015). It is entirely hand-crafted. Technically demanding, aesthetically pleasing, 22 tons heavy, yet visually so light, more than 32 tons of glass were used to make it. The physical realisation of the sculpture took more than nine months and involved the work of fourteen people.


We discern IN NATURE as an architectural sculpture. It is architectural because it is not a temporary piece of art but a central element of the main foyer of the university. It was developed in response to and in collaboration with the principal architect and planned to suit the features of the building and become one of its permanent structures. Thus, a careful calculation was carried out to ensure the safety and durability of the construction. It is a three-dimensional, site-specific artwork made to catch the eye of the typical passer-by: a tired, hard-working student of natural sciences, and, for a brief moment, takes them into a magical pine tree forest, which relaxes, revives and inspires.


Thus, we had the task of designing a central piece of art for a place where the next generations of natural scientists would be educated. We had to devote it to them essentially: as a source for their pleasure during breaks, their pride upon their arrival and haven from the loaded daily schedule. And, because nature is the only single phenomenon that combines all of those qualities, it had to be an element of nature. Nature fascinates; nature is the beginning and end of everything, nature is what these scientists will dissect and study, and nature is the best source of peace. 


The artist submitted several sketches and 3D models of possible designs. Finally, the one he felt most in harmony with was also chosen by the architect Vita Polkovņikova. Slightly curved glass modules portraying trunks of pine trees seemed to have the proper disposition about the setting- both physical and philosophical.


Physically, the composition did not overpower the atmosphere of the foyer, and yet it was not to be missed by a passer-by. It finely highlighted the architectural spirit of the building by drawing upon the forms of the concrete structures on the façade of the building.


Philosophically, The University of Latvia is the country's most important institution of higher education; any Latvian would be proud to be studying there. This Latvian pride and patriotism is also reflected in pines. Yes, in pines...  a tall and slender form held up by strong roots. Like humans… No matter where one is from, one can only know who they are by understanding their roots, acknowledging one's/her strengths and weaknesses and acting upon them. Only knowing what one is made of can properly care for themselves and thrive. Latvia is a country of forests and lakes, and pine is the most common type of tree, accounting for nearly 40% of the total forest area. For a Latvian, a pine is enough to remind them of who they are, as  one of the most well-known Latvian songs starts with these words:


"Here, where the pine tree forests rustle, I am tied with the dearest bonds- this is my fatherland…"


The artist, of course, also has his own personal, intimate story of how he came to the idea of pines. His story starts in his childhood by the sea, in the dunes and the pine hurst separating the seaside from the highway. However, nearly every Latvian would have dear memories of running around, gathering mushrooms or climbing up the trees in a pine forest.



There are 16 glass modules, or trunks, 5.2 meters high, extending from the ground to the ceiling of the foyer. Amongst the fourteen people involved in the development of the sculpture, there were three physicists/engineers who mathematically calculated the tension and load of the structure. After applying several changes, they approved the sculpture's safety. This was done using an advanced simulation of our 3D compositional model (on the right and below). 

Building process of monumental architectural layered glass sculpture ensemble
16 resnaki stabi  laboti slipumi no krei


Although our technologies have changed, it is imperative to mention that we made an exact 1:1 foamboard prototype for the whole sculpture in this project. It was installed to see how well it fitted the actual setting.


Each module consists of unique, hand-cut 8mm thick glass layers, first developed in foam rubber and then the shape transferred to glass. Being an exact replica of the original, it consisted of over 10,000 individual, numbered layers. No two elements in this composition are alike.

Building process of monumental architectural layered glass sculpture ensemble


Working by hand with each of the 10,000 layers is imperative in achieving the glass's undulated rhythm and ensuring that the sculpture, as huge as this, does not yield an industrially produced effect.  It also allows checking the safety of it, by making sure that all the edges are smooth.


The hand treated cut-off line for the whole sculpture reaches over 20 kilometers or 12.5 miles.

Building process of monumental architectural layered glass sculpture ensemble
Building process of monumental architectural layered glass sculpture ensemble
Building process of monumental architectural layered glass sculpture ensemble

The middle of the modules is cut empty for steel mounts holding the structure. This process is even more complex than cutting the rim of the layer.


Besides cutting the glass layers, glueing them together is also done by hand. 


This is due to several factors; firstly, the irregular forms of the edges have to converge to render a smooth transition between them. Secondly, the glue has to be applied evenly across each piece to elude the structure tilting. And finally, the glue has to be applied very close to the edges to prevent dust from settling in the barely visible slits.

The glue used is the best quality, highly durable, liquid UV glue, which, unlike industrially laminated glass, does not leave visible light grey traces between the layers. A tedious process of cleaning the glue that has managed to find its way out and stick by the edges follows.


In the above manner, glass layers are built into blocks that can be lifted by a single human and transported to the building site, where they are installed similarly- glued on top of each other with utmost care.

Building process of monumental architectural layered glass sculpture ensemble
Building process of monumental architectural layered glass sculpture ensemble


The artist is involved in every phase of the development. Every single rim carries his original signature, as he has bestowed a unique delineation to each. With the help of his team and builders, he has designed, cut, treated, glued, lifted, built and illuminated of the sculpture. 

Artist Ernest Vitin with his handmade architectural installation In Nature at the University of Latvia_construction


A thin led wire extends along the back of each trunk, bringing out the fractured character of the glass layers and accentuating the slightly convexed form of the trunks. It offers the opportunity to change hues and, thus, the atmosphere of the foyer. Technically, the led wire was the best solution that rendered an even distribution of light across the whole sculpture. 

Architectural glass installation handmade by Ernest Vitin_
Architectural glass art by Ernest Vitin_
Architectural glass installation by Ernest Vitin_
Architectural glass installation "In Nature"
Illuminated layered glass architectural intallation IN NATURE

Ernest has also created other projects at the Univerity of Latvia - a glass signboard, the layered glass wall Motus and a glass bench ensemble

bottom of page