The main aim of this thesis is a fabrication drawings on the corner multifunctional building in Camp by urban, architectural and structural engineering solutions.

The subject of this thesis is to solve the problem of the lack of the parking places at the city crematorium of the Central Cemetery of Brno. The main task is to deploy the parking lots on the northern and western side of the Central Cemetery. The parking lot on the western side should take into consideration the proposal for a new entrance from this side. This thesis also includes solutions for wheelchair access and for building a new bus stop.

The subject of the diploma thesis is a new-built home for the seniors in the village Lavicky. The building is designed on flat terrain. The main entrance is oriented to the west. It is a building with one basement and three floors. The building is designed of reinforced concrete frame with masonry infill from Heluz. Basement wall is made of reinforced concrete. The building is covered from one part of a gable roof and the second part of the flat roof that serves as a terrace. House is designed for desabled persons.

The aim of the diploma thesis was to design a tourist chalet in Beskydy mountain. The building is solved as a masonry building. Tourist chalet has gabled roof with dormer on south and north side. When designing the object the accent of its funcionality was emhasized and the proposition of the energetically economic object. I designed by heat pump, the boiler and storage on pellets,

Theme of diploma thesiss is a Sport hotel on the Vltava riverbank. The thesis is concerned with a proposal of multifunctional building - hotel with restaurant and sports center. Proposal includes outdoor playground. Ther are a restaurant, sports center and changing rooms in the first floor. The building is located on the Vltava riverbank and all hotel rooms have a view on the river. Hotel rooms are located in the second and third floors. There is an access to the terrace on the second floor with view of the entire area. The whole building is wheelchair accessible.The building is placed on the footing. The structural system si consists of a reinforced skeleton. The roof of the building is flat.

The subject of the diploma thesis is a home for the seniors in the village Nové Veselí. The building is designed on flat terrain. The main entrance is oriented to the north. It is a building with one basement and three floors. The building is designed of brickwork POROTHERM. Basement wall is made of reinforced concrete. The building is covered flat roof. House is designed for desabled persons.

Diploma thesis deals with the complex design documentation of newly-built motel near the Novomlýnských ponds with separate buildings. The building is situated near the D52 motorway in the cadastral Perná. The motel is designed for temporary accommodation, eating and recreation. It is a two-storey building with flat roof and without a basement. Besides the main building, there are also four bungalows. The building is designed with traditional building materials. The hotel is desingned for visitors with limited mobility and orientation.

The topic of this Diploma thesis is the project documentation of the new hotel building in Moravany u Brna. Hotel is designed as a detached building with 3 floors. In the first floor you can find an entrance hall, administrative part, restaurant and its background and the technical background. Another floors serve as accommodation for the guests. The building is designed with traditional building materials.

This master's thesis describes the design of new pension for seniors on the outskirts of the city of Zlín. The new building is situated in flat terrain. The building has three floors and no basement. The purpose of master’s thesis is to build a building for residential flats with a special purpose, partly for residential social care and provision of health care to seniors and the nearby surroundings. The remaining part of the building consists of social, administrative and facilities. Two separate entrances lead to the object. Both are accessible from the eastern boundary of the property. Roofing is solved by single-flat roof.

Introduction: Before 2015 the hand classification in wheelchair rugby consisted of non-sport specific tests. The hand classification was not in accordance with the classification code introduced by the International Paralympic Committee in 2003. In 2015, the newly revised wheelchair rugby classification manual was released, containing the revised wheelchair rugby hand classification. Hand tests that were not functional sport-specific tests were removed from the bench test in wheelchair rugby classification. Lumbrical, interossei and thumb opposition manual muscle testing were added to the bench test in wheelchair rugby classification. On both national and international levels of classification, classifiers verbalised their uncertainty to their fellow panel members regarding their hand placement on the athlete’s hand and interpretation of the manual muscle testing of the hand that was observed and tested. This justified reliability testing of the new hand classification. Aim: The aim of this study was to determine the intra and inter-rater reliability of the manual muscle testing in the new hand classification of wheelchair rugby. Study design: This study followed a quantitative non-experimental, cross-sectional design. Method: The raters who took part in the study were active international wheelchair rugby classifiers from all over the world. The raters received an electronic questionnaire consisting of biographic information and three videos repeated two times. Each video showed an athlete’s hand being classified by a classifier. The raters had to give a manual muscle test grade for each subject (muscle) tested in each video by using tick boxes. The manual muscle test grades that could be given were: 0-1, 2, 3 and 4-5. The first three raters in each international wheelchair rugby classification level who completed the questionnaire were used for the data analysis. Data Analysis: The statistician used the two way model for the ICC in which each subject was rated by the same raters to determine the absolute agreement for each objective. The Medcalc program was used. To indicate the strength of agreement the ranges provided by Landis and Koch (1977) were used: 0.0 – 0.2 slight, 0.21 – 0.4 fair, 0.41 – 0.6 moderate, 0.61 – 0.8 substantial and 0.81 – 1.00 almost perfect. Conclusion: Raters one, two, five, seven, eight and nine’s intraclass correlation coefficient values fell between 0.81-1.00 which is descriptive of almost perfect levels of intra-rater reliability. Raters three, four and six’s intraclass correlation coefficient values fell between 0.61-0.80 which is descriptive of substantial levels of intra-rater reliability. However, none of the raters scored 100% when accuracy was determined. All three levels had intraclass correlation coefficient values which is descriptive of almost perfect levels of intra-rater reliability within each level. Level 2, 3 and 4 classifiers had intraclass correlation coefficient values between 0.81- 1.00 which is descriptive of almost perfect levels of inter-rater reliability when the manual muscle testing grades for the first and repeated videos were compared. Across all nine raters there was a high intraclass correlation coefficient value which was descriptive of almost perfect inter-rater reliability. The accuracy in each level and across all nine raters was low. Finger extensors, thumb abductor and thumb flexor showed intraclass correlation coefficient values between 0.41-0.6 which is descriptive of moderate levels of intrarater reliability. The only subjects (muscles) that were graded accurately when compared to a memorandum were subjects with a manual muscle test grade 0-1 and 4-5. Most of the accurate manual muscle test grades were for athlete two in the video footage. Athlete two was classified as having a 2.0 hand. / Dissertation (MOccThe)--University of Pretoria, 2017. / Occupational Therapy / MOccThe / Unrestricted