The main diploma thesis‘s target is to propose applicable industrial method for the industrial leak testing with high definition. The result is to compare available methods and to propose the suitable one. The final target of the diploma thesis is definition of the defined method that will be able to detect leaks required by customer and fulfil internal requirements of the Robert Bosch ltd. Company.

Within the master’s thesis a design of the graphic module of database design for generate grawing documentation was worked out.

The goal of this Master’s thesis is to implement a web aplication for the Safiral s.r.o. employees. With this aplication, managers can effectively evaluate orders from economical side and they do not need lengthy and confusing calculations.

This thesis deals with the design of module for control of biaxial cartesian manipulator. Control module recieves signals STEP and DIR from PLC - these signals can have frequency up to 100 kHz. They are processed by the module and send to inputs of drivers, which control motors of biaxial manipulator. Both axis of manipulator are driven simultaneously. PLC is not able to manage this process without this module. Adjusted parameters are displayed on LCD display. Control module is disturbance-resistant. All signals are isolated by fast optocouplers, which guarantee minimum distortion of signals. Data are processed by microprocessor ATXMEGA. Program of microprocessor is written in the C language. It is possible to switch module to NPN or PNP logic and it is also possible to select output voltage 5 or 24 V according to the type and adjustment of used driver for motor control.

This thesis describes design of a power and data network in an intelligent house. The aim is to create a project of wiring system for an intelligent house, which is being controlled by system Foxtrot. At introduction, in the second chapter, the division of buildings in terms of heat loss amount is described. Furthermore, the chapter deals with low-powered buildings and describes division of low-powered buildings in terms of heating needs. The third chapter deals with the system Foxtrot and describes individual parts of this system. Designed object is presented in the last chapter. Moreover, the chapter focusses on design of a whole project describing wiring system using the elements of system Foxtrot.

The thesis contains a proposal of street furniture series. Modular solution features the ability to adapt to different environments. Project works with the idea of originality notions of public space and creates distinctive places.

The topic of my diploma thesis is analysis and design proposal of residential module, which will respect functional, constructional, technological, esthetic and ergonomic regularities. The proposal is focused on new solution of shape of the container type residential module.

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Abstract This thesis study is on designing and analysing the “Electric Power System of an Emergency Energy Module”. KTH is running a project to create a mobile system for power supply in refugee camps and during the recovery of natural disasters. This is an independent power system comprising solar, wind and biomass based power generations and control. The design and analysis of electric power system is mainly focused on increasing the renewable energy efficiency of the system while saving excess power on the battery bank and controlling the battery discharging.   The analysis of the designed electric power system is done with using actual site data of solar irradiation and wind for one week period. Further, it has been developed a program based on MS Excel for analysing the module performances at any site in the world.   Keywords: Emergency Energy Module; Integration of wind and solar PV / Emergency Energy Module Project

A land-surface module to couple a meteorological and a hydrologic model is described. lt was implemented and tested in the Leipzig\''s version of GESIMA. Preliminary results of a coupling with NASMO are presented, although this article mainly focuses on the description of the module and its effect on the atmospheric water cycle. One positive impact of the module is that it allows to produce subgrid-scale evapotranspiration in more details and to heterogenize precipitation. This strongly affects soil wetness, cloudiness and the thermal regime of the atmospheric boundary layer. / Ein Bodenmodul zur Kopplung eines meteorologischen mit einem hydrologischen Modell wird vorgestellt. Er wurde implementiert und getestet in der Leipziger Version von GESIMA. Obgleich der Schwerpunkt des Artikels auf der Beschreibung des Moduls und seiner Auswirkung auf den atmosphärischen Wasserkreislauf liegt, werden auch vorläufige Ergebnisse einer Kopplung mit NASMO präsentiert. Ein positiver Effekt des Moduls ist, daß er ermöglicht, detaillierter die subskalige Evapotranspiration zu beschreiben und den Niederschlag zu heterogenisieren. Dies wirkt sich stark auf die Bodenfeuchte, die Bewölkung und das thermische Regime der atmosphärischen Grenzschicht aus.