990 resultados para Great Britain. Privy Council.
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Included also are reports of the Metropolitan School of Art at Somerset House; Metropolitan Female School; Museum of Ornamental Art; Library of Art; Royal Dublin Society; Derby School of art; London Navigation School; Central School of Art; Geological Survey and Museum of Practical Geology; Registrar of Designs; Museum of Irish Industry; Royal Zoological Society of Ireland; Normal Lace School, Dublin; Industrial Museum of Scotland; National Art Training School, South Kensington; Mining Record Office; Royal Hibernian Academy of Arts; South Kensington Museum; Edinburgh Museum of Science and Art; Royal College of Chemistry; Science and Art Museum, Dublin; National Library of Ireland; Royal School of Mines; Royal College of Science, London; Royal College of Science for Ireland; Council of the Royal Hibernian Academy of Arts; Board of Visitors of the Science and Art Museum, and Royal Botanic Gardens, Dublin.
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Some nos. issued in revised editions.
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Vols. for 1855-1912 include the publication: Annual summary of births, deaths and causes of death in London and other large towns; these precede the Weekly returns in the volumes.
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At head of title: County of Buckingham.
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Description based on: 1941-42.
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Cover title: Scandinavian arts.
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From the seventeenth until the twentieth century, Germans formed a prominent immigrant group in Great Britain. Their number included many occupations, and many occupied positions of significance. This volume brings together the most recent research on the subject, and places it firmly in the context of migration and transnational studies. It focuses on the significance of migration to cultural transfer, and highlights the contribution of Germans to the course of British history.
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The thesis is concerned with cross-cultural distance learning in two countries: Great Britain and France. Taking the example of in-house sales training, it argues that it is possible to develop courses for use in two or more countries of differing culture and language. Two courses were developed by the researcher. Both were essentially print-based distance-learning courses designed to help salespeople achieve a better understanding of their customers. One used a quantitative, the other qualitative approach. One considered the concept of the return on investment and the other, for which a video support was also developed, considered the analysis of a customer's needs. Part 1 of the thesis considers differences in the training context between France and Britain followed by a review of the learning process with reference to distance learning. Part 2 looks at the choice of training medium course design and evaluation and sets out the methodology adopted, including problems encountered in this type of fieldwork. Part 3 analyses the data and draws conclusions from the findings, before offering a series of guidelines for those concerned with the development of cross-cultural in-house training courses. The results of the field tests on the two courses were analysed in relation to the socio-cultural, educational and experiential background of the learners as well as their preferred learning styles. The thesis argues that it is possible to develop effective in-house sales training courses to be used in two cultures and identifies key considerations which need to be taken into account when carrying out this type of work.
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Pharmacy originates from a background of medication compounding and supply. More recently, this role has developed away from an absolute focus on the supply of pharmaceuticals with, for example, the advent of pharmacist prescribing. Nevertheless, for a majority of the profession, medication supply remains a core activity. Regulation of the pharmacy profession is now the responsibility of the General Pharmaceutical Council, although up until 27 September 2010, this role fell to the Royal Pharmaceutical Society of Great Britain (RPSGB). Before this change, in one of the most high-profile legal cases involving a pharmacist in a professional capacity, R. v Lee, a pharmacist was prosecuted firstly for gross negligence manslaughter, later revised to offences under the Medicines Act 1968, for a single error relating to medication supply, and was given a suspended custodial sentence. Offences against sections 64 or 85 of the Medicines Act are absolute offences and there is no due diligence defence. Prosecution of a pharmacist for the supply of incorrect medication may seem a measured course of action to protect the public from the wrongful supply of potent pharmacotherapeutic agents; however, further analysis of Lee indicates that this approach may be counterproductive. An appeal of the original conviction in the Lee case has resulted in a clarification of the interpretation of section 85(5); however currently, prosecutions under section 64 are still a possibility. Owing to the seriousness of a criminal conviction under section 64, this continuation will potentially stifle the profession's ability to learn from dispensing errors. © The Author [2013]. Published by Oxford University Press; all rights reserved.
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Introduction-The design of the UK MPharm curriculum is driven by the Royal Pharmaceutical Society of Great Britain (RPSGB) accreditation process and the EU directive (85/432/EEC).[1] Although the RPSGB is informed about teaching activity in UK Schools of Pharmacy (SOPs), there is no database which aggregates information to provide the whole picture of pharmacy education within the UK. The aim of the teaching, learning and assessment study [2] was to document and map current programmes in the 16 established SOPs. Recent developments in programme delivery have resulted in a focus on deep learning (for example, through problem based learning approaches) and on being more student centred and less didactic through lectures. The specific objectives of this part of the study were (a) to quantify the content and modes of delivery of material as described in course documentation and (b) having categorised the range of teaching methods, ask students to rate how important they perceived each one for their own learning (using a three point Likert scale: very important, fairly important or not important). Material and methods-The study design compared three datasets: (1) quantitative course document review, (2) qualitative staff interview and (3) quantitative student self completion survey. All 16 SOPs provided a set of their undergraduate course documentation for the year 2003/4. The documentation variables were entered into Excel tables. A self-completion questionnaire was administered to all year four undergraduates, using a pragmatic mixture of methods, (n=1847) in 15 SOPs within Great Britain. The survey data were analysed (n=741) using SPSS, excluding non-UK students who may have undertaken part of their studies within a non-UK university. Results and discussion-Interviews showed that individual teachers and course module leaders determine the choice of teaching methods used. Content review of the documentary evidence showed that 51% of the taught element of the course was delivered using lectures, 31% using practicals (includes computer aided learning) and 18% small group or interactive teaching. There was high uniformity across the schools for the first three years; variation in the final year was due to the project. The average number of hours per year across 15 schools (data for one school were not available) was: year 1: 408 hours; year 2: 401 hours; year 3: 387 hours; year 4: 401 hours. The survey showed that students perceived lectures to be the most important method of teaching after dispensing or clinical practicals. Taking the very important rating only: 94% (n=694) dispensing or clinical practicals; 75% (n=558) lectures; 52% (n=386) workshops, 50% (n=369) tutorials, 43% (n=318) directed study. Scientific laboratory practices were rated very important by only 31% (n=227). The study shows that teaching of pharmacy to undergraduates in the UK is still essentially didactic through a high proportion of formal lectures and with high levels of staff-student contact. Schools consider lectures still to be the most cost effective means of delivering the core syllabus to large cohorts of students. However, this does limit the scope for any optionality within teaching, the scope for small group work is reduced as is the opportunity to develop multi-professional learning or practice placements. Although novel teaching and learning techniques such as e-learning have expanded considerably over the past decade, schools of pharmacy have concentrated on lectures as the best way of coping with the huge expansion in student numbers. References [1] Council Directive. Concerning the coordination of provisions laid down by law, regulation or administrative action in respect of certain activities in the field of pharmacy. Official Journal of the European Communities 1985;85/432/EEC. [2] Wilson K, Jesson J, Langley C, Clarke L, Hatfield K. MPharm Programmes: Where are we now? Report commissioned by the Pharmacy Practice Research Trust., 2005.
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ACKNOWLEDGEMENTS: The Medman study was funded by the Department of Health for England and Wales and managed by a collaboration of the National Pharmaceutical Association, the Royal Pharmaceutical Society of Great Britain, the Company Chemist Association and the Co-operative Pharmacy Technical Panel, led by the Pharmaceutical Services Negotiating Committee. The research in this paper was undertaken while the lead author MT was undertaking a doctoral research fellowship jointly funded by the Economic and Social Research Council (ESRC) and the Medical Research Council (MRC). The Health Economics Research Unit (HERU), University of Aberdeen is funded by the Chief Scientific Office of the Scottish Government Health and Social Care Directorate.
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Acknowledgements This study was funded by Sarcoma UK, Friends of Anchor and the Medical Research Council grant number 99477 awarded to HW and PSZ. This work was also supported, in part, by NHS funding to the NIHR Biomedical Research Centre at The Royal Marsden and the Institute of Cancer Research, and the Chris Lucas Trust, UK. We also thank the CCLG Tissue Bank for access to samples, and contributing CCLG centres, including members of the ECMC paediatric network. The CCLG Tissue Bank is funded by Cancer Research UK and CCLG. In addition we would like to thank Prof KunLiang Guan and Prof Malcolm Logan for kindly providing constructs
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Abstract Ordnance Survey, our national mapping organisation, collects vast amounts of high-resolution aerial imagery covering the entirety of the country. Currently, photogrammetrists and surveyors use this to manually capture real-world objects and characteristics for a relatively small number of features. Arguably, the vast archive of imagery that we have obtained portraying the whole of Great Britain is highly underutilised and could be ‘mined’ for much more information. Over the last year the ImageLearn project has investigated the potential of "representation learning" to automatically extract relevant features from aerial imagery. Representation learning is a form of data-mining in which the feature-extractors are learned using machine-learning techniques, rather than being manually defined. At the beginning of the project we conjectured that representations learned could help with processes such as object detection and identification, change detection and social landscape regionalisation of Britain. This seminar will give an overview of the project and highlight some of our research results.