143 research outputs found
The development of engineering education research: a UK based case study
This work adopts a case study approach to examine the emergence of engineering education research (EER) within the UK. First, a summary of the contextual factors influencing UK EER activity are presented. This section includes information pertaining to higher education (HE) policy, networks, and funding. Semi structured interviews are used to investigate who identifies as an engineering education researcher; how they define engineering education as a field of research; who they consider their audience to be; and the factors that inform their research questions, methodologies, collaborators and where they disseminate their work. The findings are discussed in relation to the social, political, and economic systems in which engineering education exists. The study reveals a landscape in which EER research is largely unfunded, and is primarily conducted by intrinsically motivated academics who concentrate on topics of personal interest or local context, and who do not usually collaborate or publish within journals
Perspectives on Engineering Education Research in the UK: what is being done, why, and for whom?
Mapping disease data: A usability test of an internet based system of disease status disclosure
Disease maps are important tools in the management of disease. By communicating risk, disease maps can help raise awareness of disease and encourage farmers and veterinarians to employ best practice to eliminate the spread of disease. However, despite the importance of disease maps in communicating risk and the existence of various online disease maps, there are few studies that explicitly examine their usability. Where disease maps are complicated to use, it seems that they are unlikely to be used effectively. The paper outlines an attempt to create an open access, online, searchable map of incidents of bovine tuberculosis in England and Wales, and analyzes its usability among veterinarians. The paper describes the process of creating the map before describing the results of a series of usability trials. Results show the map to score highly on different measures of usability. However, the trials also revealed a number of social and technical limitations and challenges facing the use of online disease maps, including reputational dangers, role confusion, data accuracy, and data representation. The paper considers the challenges facing disease maps and their potential role in designing new methodologies to evaluate the effectiveness of disease prevention initiatives
The Kinetics and Mechanism of Atmospheric Corrosion Occurring on Tin and Iron-Tin Intermetallic Coated Steels: II. Filiform Corrosion
This paper describes a systematic study into the initiation and propagation of filiform corrosion (FFC) on pure iron, pure tin and industrially important tin and iron-tin intermetallic (FeSn and FeSn2) coatings for packaging steels, as a function of coating weight. The time-dependent extent of FFC was determined optically. FFC was not observed on pure tin or tin coatings but was found to propagate at significantly reduced rates on the FeSn and FeSn2 intermetallic coatings, when compared to pure iron. An explanation of the findings is given, firstly, in terms of the open circuit potential (OCP) and the extent to which polarity of the galvanic corrosion cell formed between relevant phases permits FFC propagation, and secondly in terms of the relative susceptibility of the various phases to anodic dissolution. It is concluded that even when FFC is feasible thermodynamically, propagation rates may be negligible due to the low activity for anodic dissolution of tin and iron-tin intermetallics
Customer Empowerment in Healthcare Organisations Through CRM 2.0: Survey Results from Brunei Tracking a Future Path in E-Health Research
Customer Relationship Management (CRM) with the Web technology provides
healthcare organizations the ability to broaden services beyond its usual
practices, and thus provides a particular advantageous environment to achieve
complex e-health goals. This paper discusses and demonstrates how a new
approach in CRM based on Web 2.0 namely CRM 2.0 will help customers to have
greater control in the sense of controlling the process of interaction
(empowerment) between healthcare organizations with its customers, and among
customers themselves. A survey was conducted to gather preliminary requirements
and expectations on empowerment in Brunei. The survey revealed that there is a
high demand for empowering customers in Brunei through the Web. Regardless of
the limitations of the survey, the general public has responded with a great
support for the capabilities of empowerment listed from the questionnaires. The
data were analyzed to provide initial ideas and recommendation to a future
direction on research for customers' empowerment in e-health services.Comment: ASEAS -- Austrian Journal of South-East Asian Studie
Diversity, equity, and inclusion in engineering education: an exploration of European higher education institutions’ strategic frameworks, resources, and initiatives
Significant efforts have been made to promote gender equality in higher education (HE) in Europe. Examples include the establishment of the Athena Swan Charter in the UK in 2005 and the 2019 launch of the Irène Curie Fellowship scheme by Eindhoven University of Technology. But which initiatives address broader diversity, equity, and inclusion (DEI) challenges in HE? And which are specifically focused on engineering education? This exploratory study aims to improve our understanding of the ways in which a set of European HE Institutions engaged in engineering education address DEI at an organisation level, and how this is communicated within the public domain. The analysis of online data provided by a purposive sample of institutions is guided by the following research questions (RQ): 1. How is DEI addressed and defined in institution-wide strategic frameworks? 2. How many institutions describe having an institution-wide DEI organization? 3. What specific policies around DEI are being developed, and what areas are mentioned, defined, and prioritized? 4. What structures and resources noted as part of their DEI activities are specific to engineering faculties and departments? 5. What engineering-specific DEI initiatives exist that are not available in the public domain or are not written in English? Our sample is composed of the host institutions of the authors of the paper, and represent different European countries: Belgium, Denmark, France, Ireland, Portugal, Switzerland, and the UK. The findings of this exploratory study will be used to inform the design of a large-scale survey to identify DEI practices across the SEFI community
High habitat richness limits the risk of tick-borne encephalitis in Europe: a multi-scale study
The natural transmission cycle of tick-borne encephalitis (TBE) virus is enhanced by complex interactions between ticks and key hosts strongly connected to habitat characteristics. The diversity of wildlife host species and their relative abundance is known to affect transmission of tick-borne diseases (such as, for example, Lyme disease). In the current context of global biodiversity loss, we explored the relationship between the habitat richness index (HRI) and the pattern of human TBE cases in Europe to assess the role of HRI in disease risk mitigation. Methods: We assessed human TBE case distribution across 879 European regions using official epidemiological data reported to the European Surveillance System (TESSy) between 2017 and 2021 from 15 countries. We statistically explored the relationship between TBE presence and a novel variable - the habitat richness index (HRI) - describing the diversity of European ecosystem types. We also validated our findings at local scale using data collected between 2017 and 2021 in 227 municipalities located in Trento and Belluno provinces, two known TBE foci in northern Italy. Findings: Our results showed a significant parabolic effect of HRI on the probability of presence of human TBE cases in the European regions included in our dataset, and a significant, negative effect of HRI on the local presence of TBE in northern Italy. At both spatial scales, TBE risk decreases in areas with higher values of HRI. Interpretation: To our knowledge, no efforts have yet been made to explore the relationship between habitat richness and TBE risk, both in local and in large scale geographical contexts, probably due to the scarcity of high-resolution, large-scale data about the abundance or density of critical host species, such as rodents and ungulates. To overcome this lack o f data, in this study we considered habitat richness as proxy of vertebrate host biodiversity to disentangle its role in driving TBE European occurrence at different spatial scales. The results suggest that biodiversity loss could considerably enhance disease risk for both humans and wildlife, which may influence biodiversity conservation policies within a One Health context approach
Site investigation for the effects of vegetation on ground stability
The procedure for geotechnical site investigation is well established but little attention is currently given to investigating the potential of vegetation to assist with ground stability. This paper describes how routine investigation procedures may be adapted to consider the effects of the vegetation. It is recommended that the major part of the vegetation investigation is carried out, at relatively low cost, during the preliminary (desk) study phase of the investigation when there is maximum flexibility to take account of findings in the proposed design and construction. The techniques available for investigation of the effects of vegetation are reviewed and references provided for further consideration. As for general geotechnical investigation work, it is important that a balance of effort is maintained in the vegetation investigation between (a) site characterisation (defining and identifying the existing and proposed vegetation to suit the site and ground conditions), (b) testing (in-situ and laboratory testing of the vegetation and root systems to provide design parameters) and (c) modelling (to analyse the vegetation effects)
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