The aim of analysis was to search for an ideal seat layout for reconstruction of the theater. Because of the modern theater which uses a lot of requisites and more sitting (lying) in choreography, we decided to analyse the view of a viewer towards points located directly on stage level. Firstly, we analysed an existing layout, secondly designs and finaly, made a comparation between all the designs and the existing layout. The final design improved view 4 times.

The aim of analysis was to search for places where it is possible to place apartments with view over the lake. The analysis was run again after every project phase to verify the design. The results of analysis serve to the developer as bonus criteria for apartment quality.  

For the project reconstruction of public space in Veselí nad Moravou we designed a stage. The stage serves as cover for artist during public event while when there is no event it's art by itself by day and night. Parametric workflow was used for driving shape, modeling componenets and finding the shape of opening covers.

For the project of the public space reconstruction in Veselí nad Moravou we designed the unique pavement by combining light and dark granite cobblestone. The design is based on a bitmap picture, which was easy to modify in order to find the right composition.

The evolution algorithm was looking for a solution with maximum viewing angles from the apartment windows oriented to space between buildings and surrounding nature. The evolution algorithm found a solution with an improvement of 70° compared to the initial positions suggested by an architect.

For Palacky University in Olomouc we designed a parametric cladding of the auditorium in the foyer. It is based on triangles which correspond with the facade. It has aesthetic and seating functions. We used Dynamo for finding the defining shape which was used to generate the underlay construction and cladding panels. Dynamo was used to reduce time of redesigning cladding during changes in the project.

For the project Palacky University in Olomouc we designed an acoustic ceiling for the round auditorium. The aim of the definition shape was to minimize the volume of the auditorium and maximize viewing angles within minimum distance to the projected image. A parametric workflow was used to reduce the remodeling time during the project changes. 

For the project of Palacky University we designed a facade which is constructed using standard aluminium facade profiles, triangle glass panels, shadow boxes and parametric shading panels. We designed the facade from the form-finding phase to the tender documentation.

For Prague Castle we designed a new entrance building (2019). The aim was to design a spacious room with a lot of height without
disturbing castle panoramas.

For the project LERCO II - laboratory building for university we designed parametric facade. Facade is hidding in it a genetic code.
ACGT bases have different depth of square panel. By that simple knowledge the genetic code is readeble from the facade.

Ateliér Velehradský designed a new auditorium and a library building for the University of Defense in Brno. We designed the ceiling with the focus on speech acoustics and aesthetic.

For Olomouc city we designed the reconstruction of the ceiling and lighting at the swimming stadium. The basic modulation of its shape is inspired by water waves.

For Frýdek-Místek town we designed a park stage with 66 seats in theatrical arrangement for occasional events. Its Shape is inspired by botanical world, that sourounds the stage. The seats are shaped as leaves. The stage also comes from a leaf shape but it is raised above ground to satisfy the view curves. A raised platform is made by mirroring and slghtly flattening the leaf shape of the so that the final shape is one smooth form.

For the Techmania Science Center interior project in Pilsen we designed the interior of a souvenir shop which neighbours the reception and lobby. The driving surface of the shop interior is based on caverns made by water flow. 

For the Techmania Science Center (TSC) interior project in Pilsen we designed an acoustic ceiling which floats through the main spaces of TSC. The ceiling is designed with the aim to simulate wind flow through the space of the scientific exhibition hall.

For the Techmania Science Center (TSC) interior project in Pilsen we designed a splitting interactive wall which floats through the main space of TSC. The driving shape was created by sound waves from microphone inputs of speech in the architecture studio.

For the Techmania Science Center interior project in Pilsen we designed a bench in the lobby that accommodates up to 20 people.

For a company we designed a showroom with a parametric ceiling. Its shape simulates waves in water. This simple idea comes from the focus of the investor who is specialised in bathroom designs.