Forecasting future information sources provision for engineering higher education

Tim McLernon, Mick Carragher

    Research output: Chapter in Book/Report/Conference proceedingChapter

    Abstract

    We would argue that the UK Higher Education (HE) system has not reacted adequately to accommodate the significant changes in HE that have occurred over the last two decades. The student body has changed in terms of the huge increase in numbers; the introduction of top-up fees means that many students have to work to fund their studies and, as a consequence, their teaching and learning expectations are different. Concurrently, educational methods have been affected by policy impositions such as modularisation and semesterisation. The continuing tension between research and teaching functions, university auditing, in its variety of formats, and the regulatory framework within universities have changed the teaching and learning environment. A significant proportion of undergraduate engineering students are unprepared for the current HE environment and are lacking in the necessary study skills and discipline required for independent learning. Students now want information conveniently and immediately; e.g.: from an audit of engineering undergraduate student coursework bibliographies, it is clear that “Google” is becoming the first and prime port of call for information provision. Based on research from one UK university, this paper reports on the changing engineering higher education environment, the changes that have taken place in the engineering academic library over recent years, and the concurrent changing needs and expectations of the engineering student. The aim of this paper is to consider these changes to forecast how innovations in information and communications technologies might impact on the functions and purposes of the academic library and change higher education for undergraduate engineering students over the next five years.
    LanguageEnglish
    Title of host publicationProceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia.
    Pages1-7
    Publication statusPublished - 7 Dec 2007

    Fingerprint

    engineering
    education
    student
    university
    Teaching
    modularization
    student body
    auditing
    audit
    bibliography
    fee
    search engine
    education system
    learning
    communication technology
    learning environment
    information technology
    innovation

    Keywords

    • academic library
    • engineering higher education
    • forecasting
    • impact of ICT.

    Cite this

    McLernon, T., & Carragher, M. (2007). Forecasting future information sources provision for engineering higher education. In Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia. (pp. 1-7)
    McLernon, Tim ; Carragher, Mick. / Forecasting future information sources provision for engineering higher education. Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia.. 2007. pp. 1-7
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    abstract = "We would argue that the UK Higher Education (HE) system has not reacted adequately to accommodate the significant changes in HE that have occurred over the last two decades. The student body has changed in terms of the huge increase in numbers; the introduction of top-up fees means that many students have to work to fund their studies and, as a consequence, their teaching and learning expectations are different. Concurrently, educational methods have been affected by policy impositions such as modularisation and semesterisation. The continuing tension between research and teaching functions, university auditing, in its variety of formats, and the regulatory framework within universities have changed the teaching and learning environment. A significant proportion of undergraduate engineering students are unprepared for the current HE environment and are lacking in the necessary study skills and discipline required for independent learning. Students now want information conveniently and immediately; e.g.: from an audit of engineering undergraduate student coursework bibliographies, it is clear that “Google” is becoming the first and prime port of call for information provision. Based on research from one UK university, this paper reports on the changing engineering higher education environment, the changes that have taken place in the engineering academic library over recent years, and the concurrent changing needs and expectations of the engineering student. The aim of this paper is to consider these changes to forecast how innovations in information and communications technologies might impact on the functions and purposes of the academic library and change higher education for undergraduate engineering students over the next five years.",
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    note = "Paper presented at the International Conference on Engineering Education and Research 2007, [ICEER 2007] with the major theme of “Innovations in Information and Communication Technologies”; hosted by the International Network of Engineering Education and Research (INEER), and published in the Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia. Reference text: [1] NSS (2006), National Student Survey, Higher Education Funding Council for England [2] SCONUL, {"}SCONUL hot topics{"}, http://www.sconul.ac.uk/hot_topics/, accessed July 2 2007. [3] Carragher, M, {"}The Development of ViBEL as a Model One-Stop Subject Shop for Built Environment Students{"}, IUISC Conference Proceedings, 2005, http://www.iuisc.ie/2005/Presentations/Thursday/ViBEL.pdf , accessed July 3 2007. [4] McDowell, L, {"}Electronic information resources in undergraduate education: an exploratory study of opportunities for student learning and independence{"}, British Journal of Educational Technology, Vol 33, No 3, 2002, pp. 255-266 [5] Enger, KB, Brenenson,K, Lenn,K, MacMillan, M, Meisart, MF, et al, {"}Problem-based learning: evolving strategies and conversations for library instruction{"}, Reference Services Review, Vol 30, No 2, 2002, pp. 355-358 [6] McDermott, D, {"}Library instruction for high-risk freshmen: Evaluating an enrichment program{"}, Reference Services Review, Vol 33, No 4, 2005, pp 418 – 437 [7] Lampert,LD, {"}Integrating discipline-based anti-plagiarism instruction into the information literacy curriculum{"}, Reference Services Review, Vol 32, No 4, 2004, pp 347 – 355 [8] de Jager, K, {"}Navigators and guides: the value of peer assistance in student use of electronic library facilities{"}, Vine, Vol 34, No 3, 2004, pp. 99 – 106 [9] Boud, D, Keogh, R, Walker, D, Reflection: turning experience into learning, Kogan Page, New York, 1985 [10] Bordonaro, K and Richardson, G, {"}Scaffolding and Reflection in Course-Integrated Library Instruction{"}, The Journal of Academic Librarianship, Vol. 30, No 5, 2004, pp. 391-401 [11] Mahendran, M, Young, J, {"}Use of Advanced Technology Videotapes in the Delivery of Structural Engineering Courses{"} European Journal of Engineering Education, Vol 23, No 3, 1998, pp. 327 - 337",
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    McLernon, T & Carragher, M 2007, Forecasting future information sources provision for engineering higher education. in Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia.. pp. 1-7.

    Forecasting future information sources provision for engineering higher education. / McLernon, Tim; Carragher, Mick.

    Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia.. 2007. p. 1-7.

    Research output: Chapter in Book/Report/Conference proceedingChapter

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    McLernon T, Carragher M. Forecasting future information sources provision for engineering higher education. In Proceedings of the International Conference on Engineering Education and Research 2007, ICEER 2007 3rd – 7th December 2007, Melbourne, Australia.. 2007. p. 1-7