Investigating Potential for New Media & New Technologies in Design & Technology Undergraduate Education This research explores potential for New Media and New Technology (NM & NT) in the Design School at Loughborough University. Using action research to investigate potential, this research develops a new way of managing inquiry based on Susman and Evered s five cycles of action research (Susman and Evered, 1978). In particular, it extends the double- helix metaphor (Dick, 2000) for action research. This new way of conducting action research looks at educational and IT- based aspects; in particular, developing strategies, guidelines and materials for implementing video podcasting (Vodcasting) and Really Simple Syndication (RSS) into Design School undergraduate modules. In looking at potential, the research involved 6 lecturer s interviews and thematic analysis. Findings suggest that limitations to the current uses of NM & NT related to lecturers lack of skills in NM & NT and scepticism about what the benefits might be. Some recognised potential for NM & NT to manage module administration. One lecturer wanted to stop students using dubious sources from the Internet for assessment on a Sustainable Design module. This led to using RSS to resolve this problem in a mobile learning scenario. In this research, 98 D and T students were surveyed to identify current uses of mobile technology. Results suggested that students would like module content streamed to their mobile device. Lecturers too could see benefits for NM & NT, if they stopped lecturers from having to repeat themselves to students. This led to using Vodcasting to resolve this problem in a mobile learning scenario. Video observational data was collected from 6 students using RSS to perform mobile learning tasks for a Sustainable Design module. The findings suggested that the technology at the time of study was not quite up to the task, although some NM & NT learning resources relating to Sustainable Design were found by students using RSS. Similarly, video observation data was collected from 4 students using Vodcasts to design electronic circuits. Findings showed more technological competence with this technology and students suggested future modules where this type of NM & NT would have further educational potential. Through exploring potential, this research develops new strategies, guidelines and materials for design and technology educators. This research reveals the educational benefits of Vodcasting and RSS in labs and workshops, and concludes that there is potential for NM & NT in D and T education.

<p><font face="Times-Roman" size="3"><font face="Times-Roman" size="3"> <p align="left">The purpose of this study was therefore to address the following primary research question: &lsquo / What effect would a specially designed, developed, implemented and evaluated Material Science (MS) course have on serving teachers in terms of their perceptions and knowledge/understanding regarding content in MS and instructional practice in D&amp / T?&rsquo / </p> </font></font></p>

<p><font face="Times-Roman" size="3"><font face="Times-Roman" size="3"> <p align="left">The purpose of this study was therefore to address the following primary research question: &lsquo / What effect would a specially designed, developed, implemented and evaluated Material Science (MS) course have on serving teachers in terms of their perceptions and knowledge/understanding regarding content in MS and instructional practice in D&amp / T?&rsquo / </p> </font></font></p>

Paging jumps from viii to xi. / National calls for equality of opportunity have not been matched by reciprocal responses by girls to participate and achieve in design and technology subjects in Zimbabwean secondary and high schools. Current levels of girls' participation and achievement are of national concern. The study found that fourth form girls' low design and technology subjects enrolment and limited success have ensured a near all-male environment resulting in personal career progression limitations for girls and a gender segregated national socioeconomic society. It is acknowledged that outside Zimbabwe, models of student subject participation and achievement have been studied in the past resulting in the implementation of various motivational and retention strategies. Whilst accepting that girls' decisions concerning participation and achievement-related choices for or against design and technology subjects are individual and complex, some complex and interrelated contributory factors are explored. These are carried out in the context of Zimbabwe in this case study research which involved eight secondary schools of four different types targeting 321 fourth form girls, 26 design and technology subject teachers, eight principals, eight families and two education officers. The eclectic data collection approach chosen for the study relied on multiple sources of information being collected using a variety of techniques such as the student questionnaire, focus group interviews, in-depth interviews, lesson observations, and document and content analysis. The effects of various overt and covert forms of home and school processes of difference, inequality and oppression were explored in the data and how these have affected fourth form girls' design and technology subjects participation and achievement-related decisions. In particular, the effects of home and school contextual and climatic factors have been found to largely militate against girls' 'fit' with design and technology subjects culture, staff and workshop environment. A model involving the student and school contextual and climatic dimensions, to explain girls' participation and achievement perspectives is suggested and explained encompassing sociological, psychological and gender perspectives. Findings in this study contribute to an understanding of girls' participation and achievement processes in design and technology subjects in the African context, a dimension that has been largely missing from mainstream debates on the subject.

Philosophiae Doctor - PhD / The purpose of this study was therefore to address the following primary research question: ‘What effect would a specially designed, developed, implemented and evaluated Material Science (MS) course have on serving teachers in terms of their perceptions and knowledge/understanding regarding content in MS and instructional practice in D&T?’

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