ABSTRACT A documentation and analysis of the impact of new technologies on the design and layout of The Star, particularly desktop publishing hardware and software, digital photography and the Internet. A broad outline of the production and editorial technology employed prior to the introduction of fourth wave in 1995 is provided to contextualise the research. A systematic visual analysis of selected pages from the 1920s to present as well as interviews with key members of staff from The Star, who have experienced the evolution of the paper first-hand, provide the primary source of information for the study. To prevent the paper from becoming too anecdotal, the organisational approach to the study of the media and theory of visual culture provide the theoretical framework. The research concludes that new technology itself has not drastically affected the design and layout of The Star over the past decade, but rather stimulated change within the organisational environment, which gradually did affected the visual appearance of the paper.

To digitally read books, newspapers and magazines on a tablet, computer or smartphone is constantly increasing in popularity and the number of users of digital magazine subscriptions is increasing every year. The difference in the content between printed and digital magazines in the application Readly is minimal, but the materiality of the medium that holds the content has a significant difference. This bachelor's thesis therefore aims to answer the question: How does materiality affect the reading of digital and printed magazines regarding paratext, document properties and reading experience? The materiality is analyzed based on three aspects: paratext, document properties and reading experience. Using previous theories about the three aspects, a phenomenological approach is used to make the comparison with a focus on observations, experiences and emotions. The comparison is made on the printed and digital version of the magazine Nya rum. The results of the analysis show that digital habits play a major role in how the content is experienced on the tablet. It also appears that the homogeneous design of the tablet creates a distance between the content and the reader, while the printed magazine seems to extend the content all the way out. Other results include that the tablet's navigating functions enable a greater immersion in the text but can also be perceived as disturbing. And finally, that the reader experiences a greater commitment to the printed magazine. The conclusion is that the materiality is important for how the magazine is experienced even though the content is equivalent, but that there are advantages and disadvantages with both the printed and the digital version.

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Doctoral thesis deals with the deposition of special thixotropic materials for microelectronic technology. The aim of the work is the development of the new method optimizing the dosing process in order to achieve a print resolution of better than 100 microns. The work includes the development of a special dispensing head (UZD) using the influence of ultrasonic energy. These results demonstrate the possibility of a newly developed method that is able to print thixotropic materials with a resolution of 65 microns. Compared to other methods achieves these results with the commonly used materials for thick film technology with particle size up to 5 microns.

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The growing demand for fast fashion and chea pgarments has led to a system of overproduction and overconsumption leaving tons of discarded textiles in landfills every year. This project investigates how textile waste can be up-cycled and redesigned into fashionable garments of higher value by merging textiles and applying surface design techniques. In this project two techniques were explored in relation to up-cycling, slashing and printing. Printing as a method to give new print designs and slashing as a tool to merge textiles together and create patterns and textures aiming to find new surface expressions and challenge the current up-cycling aesthetic. The outcome of the collection reveals various ways one can work with slashing and printing as a method to transform and elevate different types of garments and materials found within discarded textiles. It shows an example of how material exploration can guide the way to create garments and that by mixing textile design and fashion design one can explore different properties simultaneously.

This dissertation describes the development of a high-power, plastic-based, thick-film lithium-ion microbattery for use in a hybrid micropower system for autonomous microsensors. A composite porous electrode structure and a liquid state electrolyte were implemented in the microbatteries to achieve the high power capability and energy density. The use of single-walled carbon nanotubes (SWNTs) was found to significantly reduce the measured resistance of the cathodes that use LiAl0.14Mn1.86O4 as active materials, increase active material accessibility, and improve the cycling and power performance without the need of compression. Optimized uncompressed macro cathodes were capable of delivering power densities greater than 50 mW/cm2, adequate to meet the peak power needs of the targeted microsystems. The anodes used mesocarbon microbeads (MCMB) with multi-walled carbon nanotubes (MWNTs) and had significantly better power performance than the cathodes. The thick-film microbattery was successfully fabricated using techniques compatible with microelectronic fabrication processes. A Cyclic Olefin Copolymer (COC)-film was used as both the substrate and primary sealing materials, and patterned metal foils were used as the current collectors. A liquid-state electrolyte and Celgard separator films were used in the microbatteries. These microbatteries had electrode areas of c.a. 2 mm x 2 mm, and nominal capacities of 0.025-0.04 mAh/cell (0.63-1.0 mAh/cm2, corresponding to an energy density of ~6.3-10.1 J/cm2). These COC-based batteries were able to deliver constant currents up to 20 mA/cm2 (100% depth of discharge, corresponding to a power density of 56 mW/cm2 at 2.8 V) and pulse currents up to 40 mA/cm2 (corresponding to a power density of 110 mW/cm2). The high power capability, small size, and high energy density of these batteries should make them suitable for the hybrid micropower systems; and the flexible plastic substrate is also likely to afford some unique integration possibilities for autonomous microsystems. The mechanism by which the SWNTs improved the rate performance of composite cathodes was studied both experimentally and theoretically. It was concluded that the use of SWNT improved cathode performance by improving the electronic contacts to active material particles, which consequently improved the accessibility of these particles and improved the rate capability of the composite cathodes.

This degree work in textile design explores how curtains can be designed to become interactive through textile prints and laser cutting. The work places itself within the field of surface pattern design. The aim was to explore interactive textile prints using perspective as a design variable when designing surface patterns for curtains. The aesthetics of traditional Swedish folk art motifs and colour were an inspiration in the design of the prints. The methods used were a combination of textile transfer printing and laser cutting. The result of this project is a collection of three printed textiles that feature laser cutting and etching in different ways. Through human interaction the textiles can be altered in different ways. It is possible to change the textile and adapt it to seasons, trends and personal preferences. The project aims to offer an alternative approach to sustainable textiles by providing people with possibility to change their interor textiles without needing to consume more products.

Since the first warnings on the limits of planet Earth, 50 years ago, policies havenot been sufficient and fast enough to create a more sustainable world, which is todayillustrated by climate change, an increase in resource scarcity, and tremendousbiodiversity loss. Cities have been playing an important role in those environmentalconsequences, today accounting for 60% of greenhouse gases. However, citiesare designed by urban planners, who have a great influence on their projects inthe early planning phases. Thus, there is an urge to provide urban planners witheffective decision support tools that allow them to have in-depth knowledge of theenvironmental consequences of their choices.This is the goal of the ”Energy Carbon District”(ECD) methodology implementedin the Urban Print software, a project launched in 2017 by the FrenchAgency for Ecological Transition (ADEME). This tool sets out the first methodologicalchoices for carrying out life cycle analyses at the district level, right fromthe first stages of planning.The goal of this master thesis was to understand the strength and weaknessesof the ECD methodology and Urban Print software, and conduct a district LCAanalysis on a residential neighbourhood in order to get lessons on the most impactingdistricts’ elements, and on the best strategies to reduce those impacts.In this context, the study first provides an extensive literature review on the LCAmethodology, construction products LCA, buildings LCA, and districts LCA. Then,multiple district LCA are conducted on a generic new residential neighbourhoodlocated in Bayonne (France), using different parameters, and different weightingmethodologies.Our case study showed that energy, mobility, and construction products & equipmentare successively the three main contributors to districts’ impacts in a Businessas-usual scenario. ”Energy efficiency” and ”low impacting energy production” werethe two most effective leverages of urban planners to reduce environmental impacts,reducing the total weighed impacts by 21% to 34.6% compared to the Businessas-usual scenario. Once those leverages were activated, mobility and constructionproducts & equipment became the two first contributors, but very few leveragescould be used to reduce those impacts.In the end, the literature review and case study, allowed to highlight the strengthsand weaknesses of the ECD methodology, and the next challenges for district LCAstandardization. One challenge that stands out is the development of tools able toquantify mobility-related impacts based on more district parameters than just thelocation.

Seventeenth century England was forced to come to terms with events such as the Civil War and the regicide of King Charles I, in the midst of contending with the cultural changes brought upon by print culture, the effects of which appeared throughout all aspects of English society. These changes helped form a relationship between print and oral culture, one of negotiation among the producers and regulators of work and the society consuming the works. The discussion of this negotiation has led to varying conclusions concerning the true impact of printed materials on English society and culture, all of which tend to see the relationship in one of two ways: print's undeniable and unprecedented influence on culture, or its function as supplement to oral and visual communication. The latter conclusion helped form the foundation of this study, which aims to further understand the negotiation between print and English society. The close analysis of recurring themes of the supernatural, specifically prophecy, witchcraft, regicide, and the natural world, will show unmistakable similarities between popular entertainment and written works. Through the examination of these themes, this thesis will illustrate the extent to which common imagery and wording appeared in newsbooks and what this says about oral communication and culture in early modern England.