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In the final thesis I dealt with morphology of interior lighting. I chose a collection of table lamps, floor lamps and pendant chandelier. Based on the study of the historical development of lights that I applied in my theoretical thesis, I have designed the lighting for contemporary interior with the use of new light sources.

This master thesis is a design study of LED interior light units. Aim of the study is to design set of three luminaire types – office table light, standard lamp and a pendant luminaire. All three lights are following the same design. Curve is the main shape for this light set. LED, called light source of the future, is supposed to be the only light source at all three units. LEDs were chosen as the contemporary most efficient and modern light source. Use of LEDs has many positive economical and social aspects. Use of innovative design, most recent technologies and modern shapes brings new inspiration and variety into current interior light world. Development of light systems study is mapping light units history from the beginning into presence. It brings interesting look into interior light history.

The aim of the thesis is to design a series of lighting. The thesis includes a brief history of the lighting production, revises possibilities of power systems used for lighting, and describes their parameters as well as usability. It covers information about types of lights and their features; mentions also current trends in the industry. The most important rules for the lighting systems, which should be kept to create appropriate living environment, are specifically described in the thesis. The practical part covers the process of designing and designer's work flow. The outcome of whole study are 3 original lights designed by the author. The practical part also includes competition overview; sketches; drafts of material and construction solutions; visualisation and prototype production.

This dissertation discusses problematics of illumination. Based on its findings, it aims to design a solitaire interior lighting. This dissertation is divided into two main parts. Firstly, the theoretical part describes light fundamental photometric and electronic parameters; looks into influence of light on human beings and summarize artificial illumination from the historic point of view. Moreover, It looks closely into perception of light in interior, its relationship to space and describes the most important principles of illumination. Furthermore, it lists different light sources and their division based on their use. The second part includes practical steps of a light designing. It contains research, elements of inspiration, sketches, and different variants of design, construction and material solution, visualization of final proposal and showing of manufacturing process.

This thesis deals with the estimation of global illumination of a~scene. Global illumination is expressed as a~physical simulation in connection with illumination methods used in current computer graphics. In the practical part there is expressed an implementation of global illumination estimation using photon maps.

The doctoral thesis deals with a daylighting analysis of obstructed buildings in term of external obstacles location and the light reflectance of external surfaces. Static and dynamic daylight simulations were carried out using the software Daysim 3.1b. The doctoral thesis includes the validation of the software Daysim 3.1b for the daylight factor under the conditions of the CIE standard overcast sky model. The validation was performed using the Technical Report CIE 171: 2006, model measurements and in-situ measurements. For the comparative analysis of daylighting, a room obstructed by a row building, a continuous balcony and atrium walls was assumed. The external surfaces were designed with six light reflectance combinations. The daylight factor Dw on the window glazing from the external side and criteria determining the daylight amount inside the room were used for the daylighting analysis. The daylight amount is evaluated using the daylight factor under the CIE standard overcast sky model and using the daylight illuminance calculated based on the annual climate data for Prague. In the doctoral thesis, graphs and the regression models estimating the daylight factor Dw depending on an obstruction angle or a well index were built. Furthermore, regression models describing the relationship between the daylight factor and the daylight amount in the interior were also built. Based on the daylighting analysis of the obstructed buildings, three proposals to change the evaluation of the daylight accessibility on a façade were formulated.

The thesis is focused on the problems of illumination of interior space, especially in object in Moravský Písek. The thesis is divided into two parts, where the first part deals in general with the basic quantities and terms which are used in illumination systems. Further, it is about general properties of lights and about general terms of illumination of interiors. The second part is only practical character. At the beginning, there is used manual measurement and modelling to evaluate initial state in program Relux. The measurement is not met in terms of standards. Thanks to the municipal council of Moravský Písek a new lighting system is created, which fully respects the valid normative regulations. Installation of control system of lighting is integrated to proposal, which would result in lower consumption, greater user comfort and greater versatility in the possible use of the object. In the end, there is financial evaluation of illuminating system and comparison classical with led technology.

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The thesis is focusing on the construction and realization of automatic source charger of emergency illumination. The work introduces the question of emergency lighting systems and backup power sources briefly. The main part of this work is concentrating on the concrete designing and realizing projects of the charging system. The output of this work is a specific technical solution and realization of an automatic charger in practice.