Perceptions of the relevance of mathematics and science: Further analysis of an Australian longitudinal study

The media portray girls' achievement in mathematics and science as equal to or better than male performance. This paper reports on a longitudinal study based on Years 7–12. One of the disturbing features of these data is the extremely poor perceptions that students, both male and female, have of performance in mathematics and science in the earlier years of high school. These data suggest the need to examine students' changing perceptions in the transition years from primary school to high school. Despite there having been substantial improvement in girls' perceptions of how they have performed in mathematics and science, proportionately fewer females elect to undertake studies at the higher levels of mathematics, physics and chemistry. The data suggest that year 9 is crucial. The perspective that girls have unequivocally arrived has been challenged.     

Issues of relevance in Kenyan mathematics and science curricula

Are ‘Mathematics’ and ‘Science’ such universal notions that one curriculum can serve equally well in all societies, subject only to exemplification from local circumstances? Or do different human cultures construct and use ‘Mathematics’ and ‘Science’ so differently that each culture needs to construct its own curriculum to teach its own children? At issue is whether curricula developed in industrialised states can be readily transferred or adapted to developing countries.Taking as its starting point the fates of the Scools Mathematics and the Schools Science Projects in Kenya, — both adaptations of British models, — this paper reviews the research addressed to these questions. Its conclusion is that definitive answers are not yet possible. Nevertheless, what evidence there is seems to question the possibilities of transferability or even of simple adaptation.     

Factors affecting student career choice in science: An Australian study of rural and urban schools

In 1990/91, a research study was undertaken in England on the Factors Affecting Schools’ Success in Producing Engineers and Scientists (FASSIPES). This study was conducted by Brian Woolnough at the Oxford University Department of Educational Studies, in conjunction with the Institute of Physics and the Institution of Electrical Engineers and National Power (Woolnough, 1991, 1994; Woolnough et al., 1997). Principally, Woolnough attempted to ascertain why young people chose to pursue a career in the physical sciences and engineering. In addition, characteristics of schools which appeared to influence students to pursue a study of science were investigated. A number of countries have since replicated this study as an international research cooperative and the National Key Centre for School Science and Mathematics, Curtin University of Technology, Perth, Western Australia participated on behalf of Australia. Currently, the following countries have contributed to FASSIPES International in addition to England and Australia: Canada, China, Japan and Portugal.     

科学教育与人文教育内在关联性探究

科学与人文发生严重分离,科学知识的灌输一直是我国教育的主导。科学教育与人文教育的分割与分离的弊端过强,严重影响了人才培养质量,客观上要求科学教育与人文教育必须达到新的融合。本文深入地考察了科学教育与人文教育融合的内在关联意义,提出既要培养具有人文关怀的科学精神,又要培养具有科学意识的人文精神的人才观念。     

Integrating social justice with mathematics and science: An analysis of student teacher lessons

Student teachers have difficulty planning lessons that fully integrate social justice with mathematics/science content. This study was a content analysis of 26 poster presentations of mathematics or science lessons incorporating social justice issues made by student teachers (20F, 6M) at a mid-sized college in central New York State. The presented lessons applied four pedagogical approaches to integration (data collection followed by graphing analysis; discussion of text/video; modeling; library/internet investigation) and addressed three major social justice themes (diversity, system disparities in human communities, and in stewardship of earth). Deeper content knowledge, faculty lesson modeling/reflection and practice delivering lessons are recommended.     

A Scale for Measuring Student Perceptions of Quality: An Australian Asian Perspective

ABSTRACT

Australia is rapidly moving into the globally competitive higher education market. As a consequence the issue of consumer satisfaction and quality is emerging as an area of interest. This paper focuses on the issue of student understandings of quality by developing a consumer derived scale which identifies the quality variables related to student perceptions with the university experience. The scale was derived from focus groups, in-depth interviews and through an examination of the literature. The scale was tested and refined on a cohort of 351 Australian and Singaporean/Hong Kong students studying business subjects at an Australian University. The refined scale comprised 25 quality variables which factored into four orthogonal components. The mean values of the variables and factors were examined to make inferences about how educational marketing practitioners can be assisted.     

An effective mathematics and science curriculum option for secondary gifted education

Project Ga‐GEMS (Georgia's Project for Gifted Education in Math and Science) viewed the effect that placement in an integrated, hands‐on mathematics and science curriculum had on the achievement of academically talented high school students. For a two‐year period of time, students gifted in the areas of mathematics and science participated in a curriculum which incorporated higher‐level thinking skills and more real life laboratory experiences into mutually reinforcing mathematics and science lessons. After the conclusion of the two‐year program, Ga‐GEMS participants and a control group were given the mathematics and science sections of the ACT as they exited the tenth grade. The Ga‐GEMS students scored significantly higher on the Science Math Total, Pre‐Algebra/Elementary Algebra, Intermediate Algebra/Coordinate Geometry and Plane Geometry/Trigonometry sections of the ACT. To determine if the Ga‐GEMS students retained their higher scores throughout high school the SAT scores of both groups were compared as the students exited high school. Significant differences in the areas of total score and mathematics were noted. This study lends support for the use of a differentiated curriculum for educating gifted students in science and mathematics.     

The OECD study of innovations in science,mathematics and technology education

Under the auspices of the Organization for Economic Cooperation and Development (OECD), 13countries prepared 23 case studies of innovations inscience, mathematics and technology education between 1992 and 1995. While there were important differences across countries- particularly in the impetus for the innovations- there were significant similarities in the programmes themselves. In particular, all the countries that participated in the study were developing curricula that were more practical and more integrated. Other general features of the innovations included strong participation by classroom teachers in designing the new courses, serious attention to student diversity, introduction of new assessment techniques, and an emphasis on scientific ways of knowing.     

Emotion regulation in mathematics homework: An empirical study

The author examined 2 distinctive aspects of emotion regulation in mathematics homework, including emotion management and cognitive reappraisal. Participants were 1,799 high school students from 46 classes in China. Two multilevel models were run, 1 with emotion management and another with cognitive reappraisal as the dependent variable. Both emotion management and cognitive reappraisal were positively associated with 5 individual-level variables (monitoring motivation, managing time, learning-oriented reasons, self-concept, and teacher feedback) and 1 class-level variable (self-concept). In addition, at the individual level, emotion management was associated negatively with adult-oriented reasons but positively with arranging the environment and prior mathematics achievement. Meanwhile, cognitive reappraisal was positively associated with parent education at the class level.     

Subdivision processes in mathematics and science

In the course of a research project now in progress, three successive division problems were presented to students in Grades 7–12. The first problem concerned a geometrical line segment, while the other two dealt with material substances (copper wire and water). All three problems involved the same process: successive division. Two of the problems (line segment and copper wire) were also figurally similar. Our data indicate that the similarity in the process had a profound effect on students' responses. The effect of the similarity in process suggests that the repeated process of division has a coercive effect, imposing itself on students' responses and encouraging then to view successive division processes as finite or infinite regardless of the content of the problem. It is possible to trace out, step by step, a more or less parallel process of development for the ideas of points and continuity and those dealing with atoms and physical objects in the child's conception of the ideal world. The only difference between these two processes is that to the child's way of thinking physical points or atoms still possess surface and volume, whereas mathematical points tend to lose all extension (though during the stages of development which concerns us here, this remains only a tendency.) (Piaget & Inhelder, 1948, pp. 126). Our first naive impression of nature and matter is that of continuity. Be it a piece of matter or a volume of liquid we invariably conceive it as divisible into infinity, and even so small a part of it appears to us to possess the same properties as the whole. (Hilbert, 1925, pp. 162).     

Asian Students: Their Experiences and Perceptions of Australian Universities

ABSTRACT

Australian universities generate substantial incomes from foreign students. Therefore, it is important to obtain information about these students to enable effective overseas marketing and delivery of services.

This study focused on Asian students, who tend to experience difficulty while studying in Australia, with an effective sample of 111 students being drawn from the three South Australian universities.

Reasons for studying in South Australia varied widely, with evidence of four distinct student segments, but no dominant selection criterion in any segment. Roughly one-quarter of respondents had experienced significant problems living in Australia, including communication, homesickness and loneliness. Significant variation was found with study-related difficulties, with four segments again being identified. Only 17% of respondents had experienced a range of serious study-related problems, including communication and pressure of work, but 40% had experienced serious problems involving fear of failure and expectations from home.

Respondents tended to evaluate university services as only moderately satisfactory.     

On the relevance of the mathematics curriculum to young people

In this article we draw upon focus group data from a large study of learner trajectories through 14–19 mathematics education to think about the notion of relevance in the mathematics curriculum. Drawing on data from three socially distanced sites we explore how different emphases on what might be termed practical, process and/or professional forms of relevance affect the experiences and aspirations of learners of mathematics. We consider whether an emphasis on practical relevance in schools serving relatively disadvantaged communities might aid the reproduction of students' social position. This leads us to suggest that a fourth category of curriculum relevance – political relevance – is largely missing from classrooms.     

Sex equity in mathematics and science education: Research-policy links

Despite the accumulation of a large body of research concerning effective sex equity practices in math and science, the lack of change in educational procedures suggests the need to reexamine the role of research in policy and program planning. This paper reviews the current research on sex equity in mathematics and science education, focusing on research in the categories of educator-student interaction, instructional context, and macrolevel demographics. Existing applications of current research to mathematics and science education programs are examined at regional, state, district, and individual school levels. Recommendations for future directions in policy and research are made, emphasizing the gaps in knowledge on each side. The paper ends with specific suggestions for strengthening the links between research and policy in the area of sex equity.     

Literacy Assessment and Student Diversity: An Australian case study

This article describes the reported practices in literacy assessment, recording, and reporting in 12 Australian schools characterised by populations of diverse learners. The findings indicate the problems and challenges teachers face in providing socially just and inclusive literacy assessment in heterogeneous classrooms. We make a number of suggestions related to enhancing assessment, recording, and reporting at the classroom level and argue for systemic support for teachers.     

Globalisation and Chinese knowledge diaspora: An Australian case study

In a context of intensified globalisation, knowledge diaspora as “trans-national human capital” have become increasingly valuable to society. With an awareness of a need for more empirical studies especially in Australia, this article concentrates on a group of academics who were working at a major university in Australia and came originally from the Chinese mainland. The study explores their life, work and international research collaborations, using a case study approach with semi-structured interviews as the data collection method. The study found that while globalisation shapes the work and the contributions to Australia, by academics from China, they exert their initiatives to respond to and further reshape globalisation. Equipped with their Chinese cultural and educational backgrounds, academic experience in the West, and active membership in the international knowledge system, the Chinese knowledge diaspora are a modern kind of cosmopolitan literati. They are aware of the impact of globalisation and contribute actively to higher education internationalisation in both Australia and China, have maintained their cultural identity and made good use of their Chinese educational background. Their international collaborations, however, are more likely to be with the scholars from Western countries due to some difficulties they have experienced in China and Australia, and to the current setup of the global knowledge system.     

Connecting the curriculum through the national mathematics and science standards

Summary It is always important to remember that science and mathematics are forever tied together by context and application. Science is the application of mathematical theory and understanding, and mathematics is the language and primary tool of science. As teachers and teacher educators, we should help our students see the connection between content and concept, rather than their separation.Through the use of the Connections Matrix described in this article, the standards can be addressed in the classroom and connections established across the curriculum as an individual or with a partner. The process can be established as a regular part of the planning process and help guide educators to implement effective activities which embed the standards and connections within the curriculum, rather than as an add-on or supplemental program. In short, this is the right way to accomplish the goals of connecting the curriculum and implementing the national mathematics and science standards.     

Inquiry-based learning and e-mentoring via videoconference: a study of mathematics and science learning of Canadian rural students

This research seeks to (1) establish a feasible development and implementation model for an inquiry-based learning environment with e-mentoring using videoconference, and (2) apply the model to examine its impact on rural students’ learning. To achieve these goals, we developed a model of inquiry-based learning with e-mentoring (IBLE) based on CII’s inquiry model (Community Informatics Initiative 2009; http://inquiry.uiuc.edu/). We then tested the effectiveness of the IBLE model and reported our work in a rural context. Results showed that IBLE had enhanced students’ learning, most significantly on their affective development, including increased motivation, broadened understanding, and augmented career awareness. Implications for design and limitations of the study are also discussed.