The current global and local issues of culture such as September 11, the Bali Bombings and the “Cronulla Riots” triggered a question for the researcher: “how do primary students deal with intercultural communication in multicultural Australia in times of cultural uncertainty and complexity?” Intercultural communication studies in Australia rely heavily on those of the United States of America and the United Kingdom. For this reason, this study was planned to investigate intercultural communication in a multicultural classroom in a primary school in Australia. The research employs an ethnographical case study methodology with data collected from observation, interview and documentation. 56 Year 7 students and two classroom teachers from two classes and the school ESL (English as a Second Language) teacher were included in the study. Amongst the 56 students, 24 students were interviewed along with the classroom teachers and the ESL teacher. School documents regarding the promotion of intercultural communication were also collected during the observation period. The study found that differing language capacities of students and teachers have the greatest influence on intercultural communication. Language was observed to influence positive and negative intercultural communication in the classroom. The study also confirmed that the theory of Intercultural Communication Competence (Wiseman, 2002) supports the current ethos of this school’s curriculum. Overall, the study provides a vicarious experience of intercultural communication in an Australian multicultural classroom. Intercultural communication in this particular school did not appear to be problematic. This could be due to the teachers’ endeavours to promote intercultural communication both implicitly and explicitly. In concluding, the study suggests that this school could be a model for promoting intercultural communication with a few modifications to its programs.

How important is the social experience of learning in the postgraduate classroom? This thesis explores what eight postgraduate students judged to be their ‘best’ classroom experiences within one New Zealand university. The researcher started from the assumption that the students’ ‘best’ classroom experiences would correspond with what the literature characterises as ‘communities of learners’ in which the students felt that their past experiences were valued and personal relationships were respectful and relatively equal. This assumption was, for the most part, accurate. Problematic areas, such as assessment, were also identified. International students’ experiences were a key part of the research. Six of the students were studying in their second language yet that alone was not the main indicator of classroom participation as personality (such as shyness)also affected how students engaged with the course content, the lecturers, and with each other. The case study approach raises possibilities and questions as well as recognising trends that suggest that postgraduate students value interactive learning within meaningful classroom contexts.

The classroom learning environment has increasingly been recognised as an important factor in education. However, over recent years the increasing research in this area has focussed on humanities or science classrooms. Virtually no investigations have been reported into the learning environment of the secondary mathematics classroom.The study reported in this thesis focusses on the perceptions of 490 grade 9 mathematics students in 23 classrooms in 14 schools in Adelaide, South Australia. Students' perceptions of their mathematics learning environment were measured using a new classroom environment instrument which has been developed in both a Personal Form (which focusses on students' perceptions of their personal interaction with the learning environment) and a Class Form (which focusses on students' perceptions of the class's interactions with the learning environment).This study confirmed the reliability and validity of both forms of the new instrument in its use with this sample of students, and examined the differences between the Personal and the Class Forms of the instrument. The sub-populations of male and female students were also profiled and differences between their perceptions of the classroom learning environment were examined. Differences between students' perceptions of their teacher's interpersonal behaviour in the classroom were also explored.The study identified associations between students' perceptions of their mathematics classroom learning environment, their perceptions of their teacher's interpersonal behaviour, and student outcomes. The association between students' perceptions of their mathematics classroom environment and attitudinal outcomes was stronger than the association with cognitive outcomes.Finally, the commonality and uniqueness of the two instruments measuring classroom learning environment and teacher's interpersonal behaviour ++ / in terms of predicting outcome variance were established, as were associations between the perceptions of students in these two areas.

In the USA, science teachers are challenged by the National Science Education Standards (NSES) to "select teaching and assessment strategies that support the development of student understanding and nurture a community of science learners" (NRC, 1996, p. 30). While standards do not explicitly refer to constructivist learning theory, they are entirely consistent with the view that knowledge is a human construction, learning is based on prior knowledge, and students respond to their environment to build new understandings. Paralleling the NSES reforms, with their constructivist underpinnings, there is also a strong and often contradictory pressure on teachers to prepare students for national and state standardised tests. The need for teachers to balance these competing demands while trying to teach for understanding sets the context for this research.The purpose of this research has been to focus on "how" teachers determine students' understanding and "why" they employ the instructional and assessment strategies that they do. Interpretive case studies of five teacher participants from one school district are used to describe how these teachers teach for understanding in the face of the competing pressures of conforming to the NSES and preparing students for success on standardised multiple-choice achievement tests. These case studies are analysed to identify common themes and propositions about teaching for understanding.The teachers in this study used a variety of instructional and assessment strategies. Their choices of strategies made a difference in the degree of understanding that their students achieved. Frequently, the teachers' decisions were affected by their grasp of science concepts and ideas about how students learned. When teaching for understanding, these teachers preferred informal knowledge of student understanding to that obtained from standardised ++ / tests Although subjected to conflicting pressures regarding how teachers were able to disregard assessments that did not provide evidence of student understanding. This research has implications for the five teacher participants, myself as a researcher, the district as a whole and educators with an interest in implementing assessment strategies that foster student achievement for understanding.

The purpose of the research was to form a defensible basis for considering possible changes in classroom practice within a small rural state school, and it involved four, mixed-ability classes comprising Year 9 and 10 students. These classes were taught an energy-related module by the researcher. In the preliminary phase, which involved two classes, resources were developed to produce a more student-centred module. These resources, and the constructivist approach which informed their development, are described. In the subsequent comparative phase, the reformed module was taught using two contrasting strategies - one teacher-directed and the other, student-managed. During this phase individual achievement and group investigative skills were assessed. Student perceptions of classroom environment were probed using an existing instrument, the ICEQ. The range of classroom activity and level of student engagement was continuously monitored by independent observers using a specifically developed instrument, termed the SALTA.No overall learning advantage was demonstrated to either teaching strategy. A small strategy advantage favouring Year 10 students in the student-managed strategy was offset by a similar disadvantage to the Year 9 cohort. A cohort penalty was found to apply to Year 9 students under either strategy, with a paradox in its application. The role of the teacher was found to change significantly under each strategy, with a consistent hierarchy of student engagement with activity emerging. Boys were found to have significantly higher levels of engagement than girls under either teaching strategy. However, this was associated with only modest advantages in achievement. The relationship between engagement and achievement was stronger and more positive under the student-managed strategy. Mismatches between preferred and actual classroom environment were found, ++ / particularly in the dimension of independence. This mismatch was less in the student-managed setting. Increased potential for learning was noted under each strategy.

Numerous educational research studies have shown that students perceptions of teacher-interpersonal behaviour and classroom environment are positively associated with students attitude to science and students cognitive achievement in science. Laptop computers have become increasing popular in science classrooms since the late 1980s; however, their effects on students perceptions of teacher interpersonal relationships or classroom environment have not been studied.The aim of this study was to assess the effectiveness of laptop computers in science classrooms, in terms of the effects laptops had on students perceptions of teacher-student interpersonal behaviour and classroom environment. Students attitude to science and their cognitive achievement in science were also assessed.Student data were collected from 433 grades 8 and 9 science laptop students in 23 classrooms, in 14 Independent schools, in four Australian states. Both quantitative and qualitative data were collected.The study confirmed the reliability and validity of the QTI and ICEQ for use in science laptop classrooms, described students perceptions of teacher-student interpersonal behaviour and classroom environment in science laptop classrooms and identified associations between students perceptions of teacher-student interpersonal behaviour and classroom environment with each of the student outcomes. The attitudinal outcomes were found to be more strongly associated with both perceptual areas, than were the cognitive achievement outcomes.The study also found that there was a difference in the way science laptop and non-laptop students perceived teacher-student interpersonal behaviour and classroom environment, but that there was no significant difference I the attitudinal and cognitive achievement outcomes between science laptop and non-laptop students.

Thesis--Ohio State University. / Includes bibliographical references (leaves 328-336). Available online via OhioLINK's ETD Center.

Thesis (Ph.D.)--Baylor University, 2007. / Includes bibliographical references (p. 129-141).

Thesis (Ph.D.)--Kent State University, 2007. / Title from t.p. of pdf file (viewed on Apr 30, 2008). Advisor: Rafa Kasim. Keywords: classroom assessment, assessment environment, achievement motivation, classroom environment, assessment, Oman. Includes bibliographical references (leaves 353-375).

Thesis (M.Ed.)--Murdoch University, 2005. / Thesis submitted to the Division of Arts. Bibliography: leaves 155-166.