The diploma thesis deals with the construction of a new nursing home in Ždírec nad Doubravou. It is a four-storey prefabricated structure, where on the first floor there are three surgeries for doctors and on the remaining three floors there are apartments for clients of the building. In hhe work is a implementation study of the main technological stages, assessment of the transport solution, time and financial plan together with the calculation of the main building according to THU. The equipment of the construction site with drawings and design of the main machines and mechanisms is also solved. For selected technological processes, an itemized budget with statement of quantities, time schedule and technological precription for the assembly of prefabricated ceiling elements together with a control and test plan. In the last points, the technological precription for the floors of the clean zone of medical surgeries is solved with a proposal of measures according to the LEED 2009 certification and a noise study.

A modern answer to the question of what an above-standard multifunctional house in the South Center of Brno should look like in the 21st century. First-class urban comfort of living in the countryside on the banks of the river Svratka near the city center with excellent transport links. The design of the building combines various typologies and operations and seeks to ensure maximum efficiency in the use of the plot, its evaluation and benefits for the environment.

The main idea of project is to design heraldic zoo in the area of old castle park Horní Hrad, which is located few kilometers next to the Karlovy Vary. Heraldry is science of knowledge of family symbols. Concretely it will be zoo, which will be focused on animals, which can be found on the old czech signs. The idea comes from surrounding relations of dramatic terrain and it's affected by context of the historic monument. Castle is the huge dominant of the all views to the surrounding countryside.

Air traffic services (ATS) play an important role for flight safety. Remote air traffic services (RATS) represent a novel, more digitalized, ATS solution. In some aspects, RATS can be argued to outperform conventional ATS. However, as it entails various sociotechnical obstacles, making RATS the dominant solution for ATS is challenging. An inadequate awareness of such sociotechnical obstacles potentially impedes the competitiveness of RATS in general and the RATS providers in particular. This study intends to - from a sociotechnical perspective - identify main obstacles as faced by RATS when aspiring to become the dominant solution for ATS. In order to identify such obstacles, an abductive case study has been conducted. Empirical data was primarily gathered by semi-structured interviews with 10 key stakeholders involved, directly or indirectly, with RATS. The study is delimited to principally gather empirics from Sweden and the United Kingdom. Theoretical concepts of Large Technical Systems (LTS) and the Multilevel Perspective (MLP) are employed to understand and analyze the empirical data. The identified obstacles faced by RATS are mapped into the different levels of the MLP. Obstacles have been identified in all levels of the MLP. The most prominent obstacles seem to lay in social aspects of change processes, a proposition-perception gap, and connectivity infrastructure dependency. / Flygtrafiktjänster (ATS) spelar en viktig roll för flygsäkerhet. Fjärrstyrda flygtrafiktjänster (RATS) representerar en ny, i högre grad digitaliserad, lösning för ATS. I vissa avseenden kan RATS anses prestera bättre än konventionellt utförda flygtrafiktjänster. Vägen mot ett tillstånd där RATS är den dominerande lösningen för RATS är dock kantad av olika sociotekniska utmaningar. En otillräcklig medvetenhet om dessa utmaningar kan potentiellt minska konkurrenskraften för RATS i allmänhet och för utvecklare av RATS i synnerhet. Denna studie syftar till att, från ett sociotekniskt perspektiv, identifiera utmaningar som RATS står inför i, en situation där RATS ämnar ta steg mot att bli den dominerande lösningen för ATS. För att identifiera sådana utmaningar har en abduktiv fallstudie utförts. Empirisk data samlades huvudsakligen in genom semi-strukturerade intervjuer med 10 intressenter, direkt eller indirekt involverade, i RATS. Studien är avgränsad till att huvudsakligen samla in empirisk data från Sverige och Storbritannien. Teoretiska ramverk och begrepp beträffande Large Technical Systems (LTS) och Multilevel Perspective (MLP) används för att förstå och analysera empirisk data. De identifierade utmaningarna kopplas till de olika nivåerna i MLP. Utmaningar har identifierats i alla nivåer av MLP, och de mest framstående utmaningarna tycks ligga i sociala aspekter av förändringsprocesser, ett gap mellan proposition och perception, samt ett beroende av uppkopplingsinfrastruktur.

Quantensensoren auf Basis ultra-kalter Atome sind gegenwärtig auf dem Weg ihre klassischen Pendants als Messintrumente sowohl in Präzision als auch in Genauigkeit zu überholen, obwohl ihr Potential noch immer nicht vollständig ausgeschöpft ist. Die Anwendung von Quantensensortechnologie wie Materiewelleninterferometern im Weltraum wird ihre Sensitivität weiter steigen lassen, sodass sie potentiell die genauesten erdbasierten Systeme um mehrere Grössenordnungen übertreffen könnten. Mikrogravitationsplattformen wie Falltürme, Parabelflugzeuge und Höhenforschungsraketen stellen exzellente Testumgebungen für zukünftge atominterferometrische Experimente im Weltraum dar. Andererseits erfordert ihre Nutzung die Entwicklung von Schlüsseltechnologien, die hohe Standards in Bezug auf mechanische und thermische Robustheit, Autonomie, Miniaturisierung und Redundanz erfüllen müssen. In der vorliegenden Arbeit wurden erste Interferometrieexperimente mit degenerieten Quantengasen in Schwerelosigkeit im Rahmen des QUANTUS Projektes durchgeführt. In mehr als 250 Freifall-Experimenten am Bremer Fallturm konnte die Präparation, freie Entwicklung und Phasenkohärenz eines Rubidium Bose- Einstein Kondensates (BEC) auf makroskopischen Zeitskalen von bis zu 2 s untersucht werden. Dazu wurde ein BEC-Interferometer mittels Bragg-Strahlteilern in einen Atomchip-basierten Aufbau implementiert. In Kombination mit dem Verfahren der Delta-Kick Kühlung (DKC) konnte die Expansionsrate der Kondensate weiter reduziert werden, was zur Beobachtung von effektiven Temperaturen im Bereich von 1 nK führte. In einem Interferometer mit asymetrischer Mach-Zehnder Geometrie konnten Interferenzstreifen mit hohem Kontrast bis zu einer Verweildauer von 2T = 677 ms untersucht werden. / State-of-the-art cold atomic quantum sensors are currently about to outpace their classical counterparts in precision and accuracy, but are still not exploiting their full potential. Utilizing quantum-enhanced sensor technology such as matter wave interferometers in the unique environment of microgravity will tremendously increase their sensitivity, ultimately outperforming the most accurate groundbased systems by several orders of magnitude. Microgravity platforms such as drop towers, zero-g airplanes and sounding rockets are excellent testbeds for advanced interferometry experiments with quantum gases in space. In return, they impose demanding requirements on the payload key technologies in terms of mechanical and thermal robustness, remote control, miniaturization and redundancy. In this work, first interferometry experiments with degenerate quantum gases in zero-g environment have been performed within the QUANTUS project. In more than 250 free fall experiments operated at the drop tower in Bremen, preparation, free evolution and phase coherence of a rubidium Bose-Einstein condensate (BEC) on macroscopic timescales of up to 2 s have been explored. To this end, a BEC interferometer using first-order Bragg diffraction was implemented in an atomchip based setup. Combined with delta-kick cooling (DKC) techniques to further slow down the expansion of the atomic cloud, effective temperatures of about 1 nK have been reached. With an asymmetrical Mach-Zehnder geometry, high-contrast interferometric fringes were observed up to a total time in the interferometer of 2T = 677 ms.

Individuals who consider themselves both scholars and fans represent not only a subculture of fandom but also a subculture of academia. These liminal figures seem suspicious to many of their colleagues, yet they are particularly positioned not only to be conduits to engaged learning for students but also to transform the academy by chipping away at the stereotypes that support the symbolic walls of the Ivory Tower. Because they are growing in number and gaining influence in academia, the scholar-fans of the television series Buffy the Vampire Slayer (Buffy) and other texts by creator Joss Whedon are one focus of this dissertation. Though Buffy academics or Whedon scholars are not the only ones of their kind (e.g., academic- fan communities have cropped up around The Simpsons, The Matrix Trilogy, and the Harry Potter franchise), they have produced more literature and are more organized than any other academic-fan community. I approach all of my subjects—fandom, academia, fan-scholars, and scholar-fans—from a multidisciplinary perspective, employing various methodologies, including autoethnography and narrative inquiry. Taking several viewpoints and using mixed methods best allows me to begin identifying and articulating a rhetoric of scholar-fandom. Ultimately, I claim that Whedon academic-fans employ a discourse marked by intimacy, community, reciprocity, and transformation. In other words, the rhetoric of Whedon scholar-fandom promotes an epistemology—a way of knowing—that in Parker J. Palmer’s paradigm is personal, communal, reciprocal, and transformational.

Individuals who consider themselves both scholars and fans represent not only a subculture of fandom but also a subculture of academia. These liminal figures seem suspicious to many of their colleagues, yet they are particularly positioned not only to be conduits to engaged learning for students but also to transform the academy by chipping away at the stereotypes that support the symbolic walls of the Ivory Tower. Because they are growing in number and gaining influence in academia, the scholar-fans of the television series Buffy the Vampire Slayer (Buffy) and other texts by creator Joss Whedon are one focus of this dissertation. Though Buffy academics or Whedon scholars are not the only ones of their kind (e.g., academic- fan communities have cropped up around The Simpsons, The Matrix Trilogy, and the Harry Potter franchise), they have produced more literature and are more organized than any other academic-fan community. I approach all of my subjects—fandom, academia, fan-scholars, and scholar-fans—from a multidisciplinary perspective, employing various methodologies, including autoethnography and narrative inquiry. Taking several viewpoints and using mixed methods best allows me to begin identifying and articulating a rhetoric of scholar-fandom. Ultimately, I claim that Whedon academic-fans employ a discourse marked by intimacy, community, reciprocity, and transformation. In other words, the rhetoric of Whedon scholar-fandom promotes an epistemology—a way of knowing—that in Parker J. Palmer’s paradigm is personal, communal, reciprocal, and transformational.

The aim of this diploma thesis is the design of an effective construction-technological project for the construction of reinforced concrete prefabricated storage halls by PFM-Flexi, s.r.o. The solution of the chosen problem is the design of the building site equipment, the verification of the transport routes of the key materials, the assembly schemes, the technological regulation and the control and test plan for the precast reinforced concrete frame, the BOZP plan, the comparison of the two versions of the installation in financial terms, the budget item and the schedule of the main building, timetable, calculation timetable and environmental aspects of the construction.

The diploma thesis deals with the lower and upper rough building of a apartment building. It includes a technical report, broader transport routes, a study of the implementation of the main technological stages, a technical report of the construction site equipment, the design of the main building machines and mechanisms, a plan for providing material resources for a reinforced concrete ceiling, a technological regulation for the rough bottom and top structure, work and monolithic constructions, gross building budget, risk plan and their measures, statement of the dimension and network graph for finishing works, thermal technical assessment of external structures, drawing of site equipment, situation, original state of the land and ramp diagram. It also contains time and financial plan of the building, schedule of the main building, schedule of construction and disposal of construction site equipment and balance of machines and workers.

This diploma thesis focuses on the construction and technological preparation of the office building in the Lomnického street. The aim of this work is to choose the appropriate construction process. The thesis contains a technical report of a construction and technological project, solutions of wider transport relations, time and financial object plan, itemized budget, design of a site equipment, design of the main building machines and mechanisms, time schedule, technological regulation, inspection and test plan, calculation of two options of the excavation of building pit and details to waterproofing of the substructure. In detail, the thesis is dedicated to secure the building pit enclosed by diaphragm walls.