The subject of this thesis is building and technological project of new office building of the company Esko-T in Trebic. This work technological prescription monolithic frame, inspection and test plans, design mechanical assembly with the deployment of the machines on site, photographs wider transport links nearby buildings, Occupational safety and health, environmental protection, design cell site equipment, contract work, documentation broader transport relations, building equipment, store site cells at the site, the crane card, schedule deployment of machine-schedule construction site, object work schedule, balance and repair workers drawing project documentation, itemized construction budget, energy consumption on site and price compared monolithic and prefabricated skeleton.

The content of this work is the implementation of the construction technological project of central bearing warehouse ZKL in Brno. The building serves for storage purposes predominantly. This thesis contains general information about construction, content construction technological project, technology report of storage and residential proposal of mechanical assembly, technological prescription for prefabricated scaffold and cladding panels construction Kingspan, report of healthand safety on the construction site, technology report description transportation, inspection and test plans and environmental plan. Budget and time schedule of the main object, calculation, time and financial plan of whole building is contained in supplements. In pursuance of second task, the thesis compares financial and time point of view of two technologies of making stairways.

This thesis describes the design work for the measurement of air values. The first part describes the airflow, pressure build-up in pipes and losses due to airflow losses. There is also a description of fans and explain their characteristics depending on the pressure generated by airflow. The next part describes the design of the measuring chamber, electronics and control for fully automatic measurement of air quantities.

The thesis describes conditions for carrying out cabotage in road freight transport, in comparison to current and past development at the EU level, and in transport policy of the EU described in the primary law. The most current changes at the field of cabotage are a good precondition for the future growth of this type of transport. The issue of cabotage could be described in three groups of topics, the first being the unified EU regulations of cabotage and conditions set for carrying out cabotage, the second concerns topics, that are similar in every EU country due to harmonization of national law, for example the payment of VAT, admission to the occupancy of road haulier or technical conditions for vehicles. The third group deals with matters that are different in every EU country, e.g. toll systems. Carrying out cabotage is therefore to be adjusted to all aforesaid conditions, which have a direct influence to the economical background of cabotage transports.

This PhD thesis analyzes the current situation in appraisals of technical infrastructure easements created by the Road and Motorway Directorate of the Czech Republic in the process of transport infrastructure development. The thesis explains the basic concepts, identifies the relevant legisla-tion and examines the appraising methods used for these easements as described in the literature. It then discusses and critically assesses, based on existing legislation and best practices, the indi-vidual appraising approaches used in expert opinions prepared for the Road and Motorway Di-rectorate of the Czech Republic. Drawing on this assessment, it makes recommendations for a standardized approach for establishing the fair market value of easements and demonstrates its application on a model example.

This thesis deals with the real time dynamic system control and it uses similar computation methods as earlier bachelor thesis. In the beginning of the thesis, some basics from the field of control and regulation are explained. Systems in this thesis are mostly described by differential equations. Because of this, thesis contains a section about solving differential equations. In this section, multiple approaches are covered and compared. The Modern Taylor series method is introduced, which is used by implemented applications. For system simulation, existing software was upgraded and multiple additional utilities were also implemented. The approximation of the transport delay is also mentioned.

The subject of the thesis is the construction and technological preparation of a production hall building with an administrative part in Ústí nad Orlicí – Hylváty. For the construction project a technical report, site equipment, studies of technological implementation, a time and financial schedule, a design of the main building machines and mechanisms, a time schedule and time standard, technological specification and the relevant inspection and test plans will be written. The other task includes a comparison of the two building envelope technologies, a contract for work, a plan of risks for the building evelope and pattern moving mechanical assemblies. The subject, which I deal with in this thesis, is in the field of constructions- selected details of the building envelope preparation.

Diploma thesis focuses on solving of the technological preparation of building modernization of gallery residential building in Prague 1 at Petrska street. The main goal of the thesis is a demolition of the existing building and construction of a new ceiling above the third floor. The paper includes the construction and technological report, technical report for concruction site equipment, technological regulations of demolition works and the ceiling structure above the third floor – there are two design variants of the ceiling structure icluded. The variants contend a comparation of two technologies version of ceiling structure above the third floor. Thesis also includes the inspection and test plans, design of machine arrangement, transport relations, safety and health protect plan, environmental plan, work and time schedule and financial calculation of building modernization

This thesis is focused on selected parts of building technological project of apartment house Novostrašnická in Prague. The project contained technical report, coordinating situation with distinguished traffic routes, object-oriented time and financial plan, study of essential technological phases, report of building equipment and drawing of building equipment for different phases, the design of mechanical arrangement, the work schedule for fabric, plan for securing material resources, technological prescript and control trial plan for drilled piles, budget and design of lifting mechanisms.

Content of this master‘s thesis is construction technological project of apartment block in Boskovice. The masters’s thesis contains technical report of the building, suggested construction site installations, proposal of suitable machines and mechanisms required for construction, further it solves wider relations of transport lines to construction site, budget and time schedule. Detailed procedure of assembly of the load-bearing roof truss and the roof sheathing is provided in specifications. Safety and health protection, control and test plans are elaborated for stage of the building roofing.