Faculty of Education - Theses
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ItemA cross-age comparative investigation of students' attitudes towards computers as a tool to support learning in years 7-12 science classes( 2000)This thesis documents a cross-age comparative investigation of students' attitudes towards computers as a tool to support learning in Years 7 - 12 science classes. The study was set at the secondary school campus of an independent girls' school in Victoria. The secondary school is broken into three relatively autonomous groups, the Junior Secondary School (JSS), the Middle School (MS) and the Senior School (SS). Data was collected by a survey administered to 1215 students in Years 7 -12 science classes. Results of the survey were analysed using Analysis of Variance (ANOVA) and post hoc Bonferonni analyses. This study aimed to investigate the ways computers are used in science classes. Word processing and the internet were the most common computer uses across the school. A comparison of students in JSS, MS and SS's preferred frequency of use of computers in science classes was undertaken. JSS students preferred to use their computers more frequently in science classes when compared to MS and SS students. An investigation of the uses of computers in science classes that students found beneficial to their learning of science concepts was undertaken and compared across the three school groups. Students' attitudes towards computers as tools to support learning in the science classroom was investigated. The majority of students in all school groups felt the computer was a beneficial support for learning when completing assignment work and was a beneficial tool for presentation. However, it depended on the number of years of computer experience in science classes as to whether students felt the computer was of benefit to their learning of theory or practical work. Aspects of computer use at school in general, that students liked or disliked was determined. The stage of the curriculum that students were currently in, was the major determinant for the students' attitudes towards the use of computers as a support for learning.
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ItemEffect of congruence in measured interests on self-perceived academic competence in Australian Year 12 students( 1999)The link between interest and quality of learning experience in school has attracted voluminous research in recent years. Varied conceptions of interest, however, lead to gaps in our knowledge about the nature of the empirical linkage between interest and the quality of learning. In the light of Holland's theory of interest and model of person-environment interaction, the present study, unlike the previous studies, conceptualises interest as an interaction between generic interest as an individual characteristic and the nature of the learning environment. Subject-level interest is thus seen as resulting from the congruence of generic interest and the content of the individual school subjects chosen for study. Several recent Australian investigations have shown strong links between Holland's RIASEC (Realistic, Investigative, Artistic, Social, Enterprising and Conventional) generic interest themes and students' subject and course choices. These links make it possible to investigate the effect of congruence between generic interests and school subject choices on the learning experience of students. The data of this study derives from a 1993 National Survey on school subject choice in approximately 10,000 Australian Year 12 students. The perception of academic self-concept in students, as a facet of quality of learning experience, is focused upon as a criterion for testing the effect of congruence between generic interest and school subject choices of the students. Investigation of the empirical relationship between congruence and students' perception of academic self-competence is facilitated by the mathematical expression of congruence which is formulated by Hesketh and Myors (1997) as a multiplicative term in a multiple regression analysis which also includes terms for student background characteristics, interests and curriculum fields studied. Further, to control for the possibility of clustering effects at the school level, multi-level regression modelling was used. The study found a positive relationship between congruence in interest and improvement in students' perception of academic self-competence, net of background (gender and socio-economic background), interest, and curriculum field participation, for four of the six congruence terms investigated. It was interesting to note that the effect of congruence was mediated through self-perceived interestingness in the curriculum studied. That is to say, students who chose school subjects congruent with their generic interest found their studies more interesting and their belief in their academic self-competence stronger than their non-congruent peers. It is recommended that curriculum planners and counsellors take account of the positive psychological impact of congruence between generic interest and school subject choice in designing 'interest congruent' learning experiences and in assisting students make congruent choices in Year 11 and 12.
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ItemExploring the relationships between student experiences in robotics and their cognitive style( 2007)With the increasing availability of technology in schools, more students are gaining experience in the use of robotics in the classroom. This study examines student experiences in an educational robotics program and also assesses their cognitive style using the Cognitive Styles Analysis developed by Richard Riding (1998). The data is then analysed to determine what types of relationships may exist between a student's cognitive style and their experiences in the robotics unit. The participants in the study were a class of Year 9 students at an Independent Girls' school in Melbourne, with the class being taught by the researcher. It was found that there may be some relationship between some student experiences in robotics and cognitive style, although further research with larger numbers of research participants would be necessary to explore these relationships further. The determination of the type of relationships that exists would be of interest to educators who are involved in the delivery of educational robotics units.