This diploma thesis is focused on the design project of ventilation and warm air heating of a service station. The thesis starts with the introduction into this issue and the layout of the service station is presented here. Afterwards, calculations of the heat penetration coefficient, heat losses and heat load, as well as the amount of fresh air are presented here. Furthermore, the amount of supply air is assigned in this part. Consequently, a design project of ventilation and air heating is set up based on these calculations. The design project also includes the choice, dimensioning of local exhausting, a slot diffuser and of air duct paths. Moreover, pressure losses are calculated and the choice of an ventilation and heating unit is made. A design documentation with material specifications is also part of this diploma thesis.

The aim of the diploma thesis is to create a proposal of a new car service station in a new lokality with regard to acquired experiences of the company. The first part of this work analyzes the current state in the company and current condition of a workshop. Together with that, it contains an economic research and put forward a strategy for the service station construction. The next, technical part, consists of the service station proposal with regard to outcomesin preceeding parts. Last part suggests an ekonomice valuation of the project.

The diploma thesis focuses on formulating a business plan of enterprise providing services of car repair shop and tyre repair shop. There is a research of chosen literature realised in the theoretical part which covers knowledges needed for working out of the practical part. The practical part aims on designing of particular business plan. Its parts are, beside description of the subject, also market analysis, environment analysis, marketing and time plan and what if analysis. Financial plan is made in three versions which are evaluated with methods of financial analysis tools. The thesis is ended with evaluation of feasibility of intended plan.

The aim of this thesis is to analyse a business model that is defined in two ways: company client and company company. The main point is ensuring of vehicle and emission testing of cars. In the first case, car owners are the clients, and in the second case, car repair shops are the clients. The theoretical part includes definitions of terms and descriptions of individual analyses and serves as a basis for the practical part where we can find internal and external analyses as well as descriptions of both forms of the business model. The outcomes of the analyses are then used to create a SWOT matrix. The conclusion of the thesis contains an evaluation of the data and results of all analyses, which can present a useful tool when deciding about any further development of the business idea.

This diploma work is targeting fault diagnostics of electronic systems and engines used in automobiles. Results and methods used to diagnose faults are analyzed within the work, using standard diagnostic methods and devices, results of which were captured measuring with multi-channel oscilloscope. Furthermore, suggestions of using methods optimized for cost and time difficulty factors are made.

This thesis summarizes main reasons for using motor vehicle block exemption regulation. It studies the position of independent car repair shops and their access to technical documentation. It provides a summary of the main reguirements for authorized dealers and car repair shops’ equipment. A list of authorized dealers for each brand in Brno follows. In conclusion, there are two projects for a car repair shop and its business forecast.

The subject of this diploma thesis is a layout of car service object in Brno – Horní Heršpice, Železná street. The building is designed as four-floor with flat - cascaded roof, which will be partially used also like a terrace. The object is intended for repairs and servicing of the trucks and buses. Inside the building are situated also offices, training room and temporary accommodation for the drivers. Supporting structure of the building is composed by ferroconcrete prefabricated shell, which horizontal supporting structure is composed by ferroconcrete pre-stressed panels spiroll. The curtain enclosure wall is designed from Sendwix system line-sand bricks with the outer thermal insulation. A building plot is flat. A part of the layout is also thermal and technical, acoustic and fire safety assessment. This diploma thesis contain also five specializations – layout of ferronconrete pre-stressed girder, layout of steel shelter, layout of construction basing, scheme of the overall heat output of the building and sewerage layout.

The diploma thesis deals with marketing strategy of the company. This company is a brand shop and service for Mercedes-Benz cars. The company has not clearly defined objectives and marketing strategy. The main goal of this thesis is to design objectives and strategy, based on marketing research and analysis.

The Master's Thesis is divided into two parts. The first part is represented by theoretical part. Theoretical part is focused on business plan, automotive industry and legal forms of business in the Czech Republic. There are described requirements for the structure of a business plan and also recommendation on the writing a business plan. Practical part is based on the theoretical part and is represented by the business plan of a car repair service specializing in electronics and car security. We can also find competitor analysis, environmental analysis and prediction of output. The SWOT analysis is contained here as well.

This diploma thesis describes the design of showroom and car service of Mazda brand in Trencin. It is a detached building on a flat terrain. The car showroom and car service have two above-ground floors and one underground floor. On the first underground floor there is an underground garage designed for new cars for sale. On the first floor there is a car showroom with a customer base and a car service with facilities for car service staff. On the second floor there are offices with facilities for staff. The building is designed from a reinforced concrete structure and porous concrete blocks. The ceilings are monolithic reinforced concrete and the roof is designed as flat with trusses and reinforced concrete slab. The work includes project documentation for the construction.