The content of this diploma thesis is construction-technological preparation of complex of apartment buildings. The work includes a technical report, a technology prescription, a control and test plan, a building site design, a main building machines, a budget, a timetable, building instructions, a BOZP plan, a noise study and a change in the use of a part of the building.

The thesis is focused on construction technology solution for realization of the construction of a polyfunctional building in Velké Bílovice. Part of the thesis is technical report for construction technology project, time and financial evaluation of selected building as well as the whole project. The thesis contains selected technological regulations of carried out activities, control, and test plans, safety and health protection at work, a design of major building machines and mechanisms, a concept of the construction site or instructions for using the building.

The thesis is focused on building technology solutions for the construction department store. The front of the main entrance, designed for base personnel has two floors; the rest designed for the sale is single-storey. The building is designed as a reinforced concrete skeleton hall. Roofing is solved by a flat roof consisting of sales of reinforced concrete beams with a slope of 3 %, with the roofing sheet ALKORPLAN. The two-storey part of the roof is again dealt with a flat roof, consisting of ceiling panels and concrete catchment slope of 2 %, the roofing sheet ALKORPLAN. External walls are designed sandwich panels KINGSPAN. Walls and ceilings are dealt with plasterboard. The floors are made of linoleum and ceramic tiles. The building is equipped with aluminum windows, interior doors are made of wood. Outdoor and entrance doors are made from aluminum. This thesis addresses the implementation of technology, organization of construction, time demands, costs to implement the object, control over the implementation – KZP, coordination situation, and instructions for use of the building after its handover to the owner.

The diploma thesis deals with construction and technological study of II. stage of construction of the international clinical research center in Brno. The aim is to design an appropriate technological process of construction of the main building and resources for construction. This work contains technological study of realization of the main technological stages of the main construction building and the technical report for site equipment with drawings and time schedule. The thesis is also focused on the installation of gypsum construction and clean room construction of the operating room, design of mechanical equipment and instructions for usage of the building.

The subject of this thesis is a construction technology project Areal triangle in the town of. The work includes a technical report on the structural and technological project technical report construction site along with drawings of building equipment, technological prescription for the implementation process of monolithic structures, being associated inspection and test plan, as well as draft mechanical assemblies, technical report broader transport relations, including drawings, itemized budget calculation according THU and the timetable for construction. It also dealt with contract work, instructions for use of the building and assess two variants of cranes in economic terms. Also at work are chapters dealing with safety at work and environmental protection. More specifically, the work deals with one of the main buildings, namely the object SO10 - Building A. The construction is a reinforced concrete monolith on five floors. The work is mainly focused on the shell construction.

This thesis deals with constructive -technological solutions of construction of two residential buildings A and B in Uničov. The thesis includes preparation and construction site equipment, technological prescription for implementation of anhydrite floors, time schedule and financial plan of construction, project budget, monitoring and test plans, instructions for maintenance, fire problem solution and security plan for requirements of the EMS.

The subject of this master’s thesis is elaboration of selected parts of the building tech-nology project of residential building Stepnice in Uherske Hradiste. Part of the project is technical report, estate road layout, studies of major technological stages, project of site equipment, design of major machines and mechanisms, technological regulations and control and test plans for prefabricated ceiling and masonry system. Attachment of this master´s thesis is drawings of site equipment, selected construction details, working safety, instructions for using the building, budget by items and a time plan. The aim of the project is to design appropriate and economically effective procedure for realization of the building.

As the basis of this diploma thesis served a project of a flat house in Nezvalova Street. This flat house is designed as 7 floors high building with undergrounds garages and commercial space in the ground floor. Foundation of this building is done using reinforced concrete pilots, continued by monolithic reinforced concrete scelet. Both circumferential casing and internal walls are built using ceramic concrete blocks Porotherm, on top of which is a layer contact insulation system from EPS. Roofing of this building is done using asphalt bands into flat roof; one part of the roof is designed as “green roof” and is covered by soil substrate. This diploma thesis covers building technology preparation of construction. It includes time schedule of construction, accessibility to the building site, technical report and blueprints of building site equipment, risk plan, draft of main tools and processes for construction, instructions on how to use housing units. The main aim of this diploma thesis is around building a monolithicreinforced concrete scelet, for which a technological manual was created, control and probationary plan and blueprints of formwork for vertical and horizontal constructions. Additionally this thesis covers roofing using flat roof and asphalt belts.

The goal of this diploma thesis is to create a building technology project for construction of 4 flat houses within stage 3a. of the building project „Green town of Prague – Jarov, phase II“. The flat houses are in two pairs interconnected by basement, each is a 7 floor high reinforced concrete building with flat roof and is functionally connected to others by a terrace garden system. This document focuses on organisation and preparation of the construction. It includes building site equipment, cost calculation for setting up and servicing of the building site with graphical illustrations for selected construction phases. Additionally a detailed time schedule was created with a proposal for stream construction of the reinforced concrete scelet and lining in the pairs of interconnected buildings. A realization study of the main technological phases was also prepared. The diploma thesis covers in detail construction of reinforced steel scelet and circumferential casing including a layer of contact insulation system. A blueprint of formwork for walls and ceiling is included in the manual for construction of reinforced steel scelet. On these particular actions probationary and control plans were added. The required machinery set with detailed placement was also drafted. An itemized budget for the main building was prepared as well. Attached to this document is a detailed manual on how to use housing units including repairs and revisions plan for next 30 years. Part of this diploma thesis is also a detailed study covering the construction in relation to the surronding living and educational areas.

The aim of this master's thesis is the construction-technological project of the entire building focusing on major construction building - Multifunctional house, which is based on large-diameter piles. The main part of thesis are budget of object and time schedules of construction. Part of the thesis is organization of construction and design of the site eguipment, technological regulation of selected work, quality control and solving transport relations including oversize cargo. It also deals with the design of mechanical assemblies, health and safety, safety of environment and design of instructions for use of building.