Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / Stephanie A. Rolley / Much like designing golf courses, designing and building skateboard parks requires very specific knowledge. This knowledge is difficult to obtain without firsthand experience of the sport in question. An understanding of how design details such as alignment, layout, surface, proportion, and radii of the curved surfaces impact the skateboarder's experience is essential and, without it, a poor park will result. Skateboarding is the fastest growing sport in the US, and new skate parks are being finished at a rate of about three per day. Cities and even small towns all across North America are committing themselves to embracing this sport and giving both younger and older participants a positive environment in which to enjoy it. In the interest of both the skateboarders who use them and the people that pay to have them built, it is imperative that these skate parks are built correctly. Landscape architects will increasingly be called upon to help build these public parks in conjunction with skate park design/builders. At present, the relationship between landscape architects and skate park design/builders is often strained due to the gaps in knowledge between the two professions. This does not have to be the case. This thesis synthesizes information about skate parks into design guidelines for landscape architects. This information comes from: 1. A case study of the Kansas City Skate Plaza (a.k.a. Penn Valley Skate Park), involving skating of the park, video/photography, physical measurements, and site analysis. 2. Books, articles, movies, and websites concerning ethnography, landscape architecture, concrete construction methods, skate park and pool construction methods,landscape architecture for public spaces, and skateboarding/ skateboarding culture. 3. Interviews with landscape architects, skate park design/builders, and skateboarders. The intent of this thesis is to help landscape architects familiarize themselves in preparation for working with the skate park design/builders.

Master of Landscape Architecture / Department of Landscape Architecture/Regional and Community Planning / William P. Winslow III / A 2009 survey conducted by the Pew Research Center for Social & Demographic Trends found that people living in suburban areas are significantly more satisfied with their communities than are residents of cities, small towns, or rural areas. With almost 50 percent of Americans living in suburban areas, and not enough infill opportunities to accommodate future population growth, suburban development will likely continue to be a primary location for development (Berens 2010). As suburbia continues to develop there are two options: continue to use conventional suburban strategies or implement alternative suburban strategies. The city of Springville, Utah is currently experiencing suburban growth near a future transit station to the west of the downtown core. Since suburban sprawl has already begun in this area, the city has an opportunity to design for growth and become a positive example of suburban development in the region. What are the possibilities and impacts of using conventional suburban strategies versus alternative suburban methods? A 60-acre tract of land in west Springville, Utah is planned and designed for development. The first master plan is designed to demonstrate Conventional Suburban Development. The second plan is designed to demonstrate Alternative Suburban Development. A comparative analysis of the two master plans accompanies the designs to compare the two solutions. This method has been used by New Urbanists to illustrate the difference in their method of suburban development. This tract includes a future transit station, a major highway corridor, and nearby access to Interstate 15. Additionally, the tract is located approximately two miles from downtown Springville. The focus of this study is to provide the background and evidence that there are design alternatives which can contribute to the mending of suburban sprawl. In this project, city officials, planners, developers, business owners, and housing consumers are provided with an objective comparative analysis of conventional versus alternative methods of suburban development in the Wasatch Front Region of Utah. The analysis of the two design proposals provides valuable insight into the feasibility or desirability of key design principles contained in each design proposal. The study provides compelling evidence that alternative methods of community design and suburban development are to be considered to help the region achieve its long range planning goals set forth in the Envision Utah initiative.

The ongoinging demographic change will increase the demands on health care with an increase of old people suffering from long-term conditions in need of care. One way of meeting this increasing demand is to combine the use of modern technology and the involvement of patients by letting patients monitor their health themselves.  The use of patient-generated health data (PGHD) can benefit both patients and the health care and is an area that is being studied internationally. In this thesis work, two parts of the area of using PGHD in health care have been studied. First eleven professionals from the field of health care (both medical professionals, strategists and project leaders) were interviewed regarding their opinions on PGHD. They were generally positive to the phenomena and mentioned several types of measurements they found to be suited for PGHD. Among these measurement types were blood pressure, weight, blood glucose, electrocardiogram (ECG), peak expiratory flow (PEF), blood oxygen saturation and a variety of blood tests. The professionals found the greatest benets of PGHD to be the increased freedom and quality of life it offers to patients and the increased engagement to their own care it may lead to. The greatest concerns were related to technology problems and the patients using the measurement devices incorrectly. The second part of the work investigated how measurements of weight, blood pressure and ECG would be transferred from the device used by the patient to the electronic health record (EHR) in a standardized way. For the transfer being standardized, the study followed the Continua design guidelines (CDG), which are based on international standards and aim to achieve plug-and-play interoperability among health care devices and systems. This part of the study was carried out by studying the CDG documents as well as the standards to which they refer. The measurement data from the three device types were all described to be handled as numeric values, but in different formats. The weight is a single value, the blood pressure is a compound of values: systolic, diastolic and mean arterial pressure, and the ECG is an array of values. All measurement data is contained in a specic message together with additional data such as device type, device manufacturer, a reference ID and the date and time of the measurement. The data message is transferred from the measurement device to an application hosting device (AHD) with either a touch area network interface (using Near-Field Communications), personal area network interface (using USB or Bluetooth communication) or local area network interface (using ZigBee communication). From the AHD the data transfer chain continues until the data reaches the EHR.

The work described provides the development, implementation and evaluation of engineering product design guidelines suitable for engineering product designers. The motivation arises from collaborative efforts that continue to be made by the Least Economically Developed Countries (LDC) and the Most Economically Developed Countries (MDC) towards the development of the engineering design field. It is argued here that product design guidelines which are derived from existing product design methods enhance the capability of engineering designers to shorten time to market, deal adequately with product design constraints and boost supply chains. The sample for the proposed study is comprised of companies in Botswana (a least economically developed country) and the United Kingdom (a most economically developed country). The research has been conducted using a mixed qualitative research approach comprised of aspects from the framework method, cluster analysis and Kolb's model. The findings have identified five themes central to the product design process which are incorporated into the engineering product design guidelines. Case study work was conducted to validate the approach. The following claims are made for contributions to knowledge: 1. A conceptual framework which is a graphical co-ordinate system of engineering and management techniques required by nine engineering product design methods. The conceptual framework is arranged according to two orthogonal axes that describe the structure of the product design process and incorporate the need function form structure, the divergent convergent structure, the product design drivers, product realisation process and product development lifecycles. 2. The product design method notation which is a register of the expressions derived from the conceptual framework and is used to communicate and aid in the selection of a group of techniques being implemented, or intended for implementation by design teams; and 3. The configuration scheme which provides a clear link between components, subassemblies, products, projects, programmes and policies. The critical point put forward by this work is that the conceptual framework is only comprehensible today because the engineering product design methods in the public domain have imparted knowledge about the functions of physical products (described here as part of the need function form structure) at the expense of human needs and the interactive forms of human responses to physical products. The contributions of this research provide a holistic and coherent means of integrating design methodologies for the benefit of design teams in Botswana. The approach is, however, universal and may also be beneficial for design projects in the most economically developed countries.

Artificial intelligence is used today in both everyday applications and specialised expert systems. In situations where relying on the output of the AI brings about the risk of negative consequences, it becomes important to understand why the AI system has produced its output. Previous research in human-computer trust has identified trust antecedents that contribute to formation of trust in an AI artifact, understanding of the system being one of them. In the context of Pipedrive, a sales management system, this thesis investigates how can AI predictions be designed as understandable and trustworthy, and by extension which explanatory aspects provide guidance towards actions to take, and which presentation formats support for- mation of trust. Using a research-through design approach, multiple designs for displaying AI predictions are explored for Pipedrive, leading to a proposal for a set of design guidelines that support understandability, trustworthiness and actionability of AI. Both the designs and the guidelines have been iteratively developed in collaboration with users and design practitioners. / Artificiell intelligens används idag både i vardagliga applikationer och expertsystem. I situationer då förtroendet för utdata från AI innebär en risk för negativa konsekvenser blir det viktigt att förstå varför AI-systemet har producerat dess utdata. Tidigare forskning inom människa-datorförtroende har identifierat förtroendeföregångare som bidrar till att skapa förtroende för en AI-artefakt, varav förståelse för systemet är en av dem. Inom ramen för Pipedrive, ett säljhanteringssystem, utreder denna avhandling hur AI-förut-sägelser kan designas på ett förståeligt och pålitligt sätt, och i förlängningen vilka förklarande aspekter som kan ge vägledning gällande de åtgärder som ska vidtas, samt vilka presentationsformat som stödjer skapande av förtroende. Med hjälp av en metod för forskning genom design undersöks flera utföranden för att visa AI-förutsägelser för Pipedrive, vilket leder till ett förslag till en uppsättning riktlinjer för design som stödjer förståelse, pålitlighet och funktionsduglighet. Både design och riktlinjer har utvecklats iterativt i samarbete med användare och designutövare.

Purpose – Web is no longer solely about functionality and information as it used to be. Nowadays the aesthetic aspects, including creativity, could be considered just as important. However, web designers still need to fulfil the needs of clients and users in the design process which causes various design constraints. Therefore, this study aims to investigate how web designers’ creativity is affected by various design constraints. This is explored by one main research question and a sub-question: 1.) How is web designers’ creativity affected by design constraints?; 1.1) What could cause web designers to break web design guidelines? Method – This research applied an inductive, qualitative approach with an exploratory view. In order to find answers for the research questions, semi-structured interviews were conducted with 8 participants from the field of web design. The data gathered was later analysed and evaluated through thematic analysis Conclusions – The findings of this study suggest that while there are some positive effects, web designers’ creativity is mostly negatively affected by design constraints. Furthermore, it seems web designers break web design guidelines due to finding them irrelevant and/or to get a more creative outcome as well as breaking them unintentionally. Delimitations – This study only covers how web designers reason regards the research questions and does not include the perspective of web developers. Moreover, this thesis focuses solely on website design and does not involve design for mobile applications.

Autism is a pervasive developmental disorder that is seen more and more in the society and it significantly affects the lives of not only those who have autism but also their families and close ones. There is no known cure for autism, the most effective treatment is education. The choice between the several approaches regarding the education of autistic children is shaped according to education choices, children&rsquo / s age, the severity of symptoms and children&rsquo / s intellectual capabilities. The thesis focuses on the architectural design of special education schools among other education opportunities. The aim is to draw architectural guidelines for the design of a special school for children who are diagnosed with autism and who require special education support. These architectural guidelines are hoped to aid architects who will work with similar architectural programs in the future. The study concludes with an appraisal of the design of Private ilgi Special Education School, realized by the author of this thesis and architect Kadri AtabaS. In the light of information gathered during the study, the preliminary design is evaluated. Suggestions are offered concerning the architectural design, in the subjects of program elements, natural lighting, layout of education and circulation spaces, acoustics and color scheme.

The recent advancement of robotic technology brings robots closer to assisting us in our everyday spaces, providing support for healthcare, cleaning, entertaining and other tasks. In this dissertation, I refer to these robots as everyday robots. Scholars argue that the key to successful human acceptance lies in the design of robots that have the ability to blend into everyday activities. A challenge remains; robots are an autonomous technology that triggers multi-faceted interactions: physical, intellectual, social and emotional, making their presence visible and even obtrusive. These challenges need more than technological advances to be resolved; more human-centered approaches are required in the design. However to date, little is known about how to support that human-centered design of everyday robots. In this thesis, I address this gap by introducing an initial set of design guidelines for everyday robots. These guidelines are based on four empirical studies undertaken to identify how people live with robots in the home. These studies mine insights about what interaction attributes of everyday robots elicit positive or negative user responses. The guidelines were deployed in the development of one type of everyday robot: a senior-care robot called HomeMate. It shows that the guidelines become useful during the early development process by helping designers and robot engineers to focus on how social and emotional values of end-users influence the design of the technical functions required. Overall, this thesis addresses a question how we can support the design of everyday robots to become more accepted by users. I respond to this question by proposing a set of design guidelines that account for lived experiences of robots in the home, which ultimately can improve the adoption and use of everyday robots.

This study aims to prepare a design guide for the traditional shop buildings in Beypazari Historic Commercial Center which guides maintenance, repairs and new designs on shop facades. This guide, which is prepared in limited content by researching problems of conservation in historic towns also aims to develop a collaboration of the users and the municipality, to raise the consciousness of the community for conservation, and to be an example for similar studies. During this process, a detailed study is made on architectural conservation guides and shop buildings in the study area.

Current survey has showed that people with disability need equal work opportunity. Meanwhile, labor shortage is becoming more and more serious in existing manufacturing industry and there is less physical work involved in CNC machine operation. Thus it is a good opportunity for people with disability to work in manufacturing industry as CNC operators. In the preliminary research, observation, interview and domain research were conducted to understand activates of FVMC (Fadal Vertical Machining Center is a type of CNC machine) operators. Researchers found the existing FVMC are very inconvenient to use, because most of them were designed for the general public. Operator's performance was restricted by the poor design of the machines and the work area. As a result, many people, especially wheel chair users have found limited employment opportunities in the manufacturing industry. To address this problem, on one hand, we presented a study on the current FVMC. A Full size FVMC was mocked up and 9 wheelchair users and 6 able-body users participated in this study. They were asked to mimic to finish the tasks relate to FVMC operation. This study also aims at collecting data for universal FVMC design. On the other hand, based on the preliminary research two concept of FVMC design scenarios are also developed and evaluated by two groups of subjects. This study addressed limitations of wheelchair users with respect to CNC operation, especially reaching issues, and collected data about the preferred FVMC settings and design from wheelchair users and able-bodied people. At the end, design guidelines were developed for machine engineers or designers in two aspects: 1) improve currently available FVMC; 2) redesign FVMC that is safer and easier to use. These guidelines will increase the potential of employing wheelchair users alongside able-bodied people in the manufacturing industry.