The Thesis deals with customer survey preferences in area of cable management and framing systems in the Czech market. Inquiry will end in recommendations for the company, which intends to launch a new product and widen its line of products. Theoretical part deals with marketing instruments and marketing research

In this thesis project is developed for the implementation of new build crematorium in Austerlitz. It is situated in a quiet area on the outskirts of town, at the intersection of roads from Brno and Křenovice. When designing the building, emphasis is placed on the longitudinal axis symmetry object. The building is single-storey, semi-basement. The roof structure is designed with three different height levels, except where the input parts and components for guests is located lowest flat roof, a second, higher level flat roof above the crematory facilities at the rear. Above spaces funeral parlor is the highest, the dominant part of the roof, which is of trusses and is pitched. The basic construction of the crematorium are bearing walls of ceramic bricks, are used in the basement concrete perimeter wall. The exterior walls are used insulation system.

In the masters´s thesis I make the layout documents of a building for living which will be used for 88 persons. The building is cellarless with five overhead floors and eight inbuilt garages. Peripheral structural framings are made of Porotherm blocks. The whole building is covered with flat roof.

This master´s thesis is focused on suitable design of a new nursery school building. Nursery school is situated in suburban area, and as such two level design was chosen. The building has U shape outline. Ground floor is intended for basic operation of the nursery school, while the second floor is designed to accommodate various extra-curricular activities. Foundations of the building are made of plain concrete. Porotherm system is used for all walling. Ceilings are made of precast hollow core slabs - Spiroll. Object is covered with a flat roof.

Steel structure of the sports hall in the city of Olomouc. Specific design is chosen from three options. Plan dimensions of 45 x 60 m. Height 12.5 m. Structure is composed of rolled profiles and tubular steel. Two trusses girders are fixed by knuckle joints on pillars. Static check is performed using the program SCIA ENGINEER 2009 and the manual review.

Master’s thesis deals with application of new suspension means for personal elevator instead of conventional steel wire rope includes calculation of traction. Followed by assessment of passive resistance generated by guiding elevator on guide rails and caused by various locations of suspension and guiding (car guide rails). In the last part of thesis contains a strength analysis of car frame by Finite elements method (FEM) in programme NX I-deas.

In this thesis, we address the petition of new infectious clinic at the documentation for construction. Location the building is designed in the northern outskirts of Šumperk. The building is an irregular shape with 3 storeys with 1 basement. Developed building area is 1180,08 m2. The building is a movement divided into three parts, and to: object A- communication area for meals, object B- children's department, object C- building department for adults. The supporting structure is made of masonry materials. Ventilated facade to the building is from the outside, lined with stone lining- slate / wood lining- Siberian larch. Draft internal layout reflects the requirements of standards for hospital then submitted demands to avoid danger to persons health due to the occurrence of infectious diseases. The thesis also includes two special projects: Design of reinforced concrete slabs petition air conditioning. Projects are handled over selected parts of the Clinic of Infectious Diseases.

The work deals with the design and development of the design documentation of an apartment building situated in the cadastral area of the town of Boskovice. The documentation contains all the requirements according to the valid regulations. The designed four-floor apartment building is situated in gently sloping terrain. There are 13 flats in this apartment building. A balcony or a terrace belong to each of the flats. From the ground floor apartments there is an entrance to the garden. The flats are designed to meet the requirements of the present day. There is a car park in front of the buiding. The vertical loadbearing structures are lined with clay blocks. The building is covered with a one-layer coating flat roof with a load-bearing layer of monolithic reinforced concrete boards. The insulation of the building is provided by a contact thermal insulation system. Fire safety, energy saving and thermal protection is ensured.

Master’s thesis deals with aerodynamic heating of launch vehicle during ascent phase by using CFD simulation. Ascent trajectory and payload fairing geometry is design using data of existing small launch vehicles. Critical flight regimes are identified using 2D calculations, and in these regimes analysis is performed by axially symmetric simulations. Simulation results are compared to values obtained from theoretical and semi-empirical calculations.

The object of my master‘s thesis is static and structural design of a view-tower on the Horničí hill. The combination of steel and timber was used for design. The construction was designed in two variants. Both variants were created and assessed in a software Scia Engineer. The assessment of the ultimate and serviceability limit state was made according to valid standards. Variants were compared. Engineering report, detailed structural design and drawings were prepared for the selected variant.