1,097 research outputs found

    Experience of landscape: understanding responses to landscape design and exploring demands for the future

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    The research that forms this thesis is a portfolio of seven published papers together with a critical review, set out below, which gives a general overview of all the work. The work covers a period from the 1990s until 2008, with publication dates spanning a decade. The research has developed from an early interest in exploring the nature of landscape experience, responses to past and contemporary landscape designs, and what benefits people might gain from engaging with such landscapes. It has also reflected a desire to raise standards of scholarship and research in landscape architecture. The portfolio of work addresses three broad themes, interconnected but requiring different approaches in terms of method: the distinctiveness of place and design responses to it; design of public open space for the 21st century; and understanding people’s engagement with the natural environment. The research addresses the following questions and is presented under these headings, each representing a different strand or focus of attention. a) History, prototypes and local distinctiveness: what is the role of historic design prototypes in contemporary landscape architecture and how can an understanding of them enhance sensitivity to local distinctiveness in new design? b) Urban open space: how can an understanding of the history of landscape design inform the way urban open space is designed, planned and managed in the 21st century and what new paradigms might there be? c) Experiencing the landscape: how do people perceive, use and respond to green landscapes in their local environment, and what factors influence engagement with and benefit from such natural environments? The outputs in this portfolio are shown to have influenced other researchers as well as policy makers and practitioners; they are reflected in citations of the work and in government agency initiatives to develop new approaches to accessing the landscape. Finally, a conceptual framework is offered for understanding and responding to people’s diverse experiences of landscape

    The future of women in technology:challenges and recommendations

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    When only women turn up to a panel on challenges for women in technology, how do we then reach out to industry, academia and government to encourage them to listen to the current challenges experienced by women in tech. Technology is rapidly changing and we are seeing women disadvantaged by less training opportunities, lack of role models, perceived penalties for taking time off to have children or discharge caring responsibilities as well as the risk that their jobs are subject to more automation. Multiple workshops at the Institute of Science and Technology highlighted significant challenges for women in tech, the data from our empirical study illustrates these challenges in detail. With the workplace still male dominated and the landscape changing rapidly, women have a significant role to play and we need to ensure that role is not only facilitated but the existing challenges are mitigated. This is a discussion paper with empirical data that illustrates challenges currently experienced by women in tech and how we can move forward to ensure not only equal opportunity but remove some of the challenges currently experienced. In this paper we have not considered the same impact on men who take career breaks for reasons of caring responsibilities.</p

    The future of women in technology:challenges and recommendations

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    When only women turn up to a panel on challenges for women in technology, how do we then reach out to industry, academia and government to encourage them to listen to the current challenges experienced by women in tech. Technology is rapidly changing and we are seeing women disadvantaged by less training opportunities, lack of role models, perceived penalties for taking time off to have children or discharge caring responsibilities as well as the risk that their jobs are subject to more automation. Multiple workshops at the Institute of Science and Technology highlighted significant challenges for women in tech, the data from our empirical study illustrates these challenges in detail. With the workplace still male dominated and the landscape changing rapidly, women have a significant role to play and we need to ensure that role is not only facilitated but the existing challenges are mitigated. This is a discussion paper with empirical data that illustrates challenges currently experienced by women in tech and how we can move forward to ensure not only equal opportunity but remove some of the challenges currently experienced. In this paper we have not considered the same impact on men who take career breaks for reasons of caring responsibilities.</p

    Contingency Support Simulation for the Tracking and Data Relay Satellite System (TDRSS)

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    In March 2006, the Tracking and Data Relay Satellite (TDRS)-3 experienced an unexpected thrusting event, which caused significant changes to its orbit. Recovery from this anomaly was protracted, raising concerns during the Independent Review Team (IRT) investigation of the anomaly regarding the contingency response readiness. The simulations and readiness exercises discussed in this paper were part of the response to the IRT concerns. This paper explains the various levels of simulation needed to enhance the proficiency of the Flight Dynamics Facility (FDF) and supporting elements in recovery from a TDRS contingency situation. The main emergency to address is when a TDRS has experienced uncommanded, unreported, or misreported thrusting, causing a ground station to lose the ability to acquire the spacecraft, as happened in 2006. The following levels of simulation are proposed: 1) Tests that would be performed by the individual support sites to verify that internal procedures and tools are in place and up to date; 2) Tabletop simulations that would involve all of the key support sites talking through their respective operating procedures to ensure that proper notifications are made and communications links are established; and 3) Comprehensive simulations that would be infrequent, but realistic, involving data exchanges between ground sites and voice and electronic communications among the supporting elements
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