The Changing Debate on Internationalisation of Higher Education

Internationalisation, the growing border-crossing activities between national systems of higher education is losing ground to globalisation, increasing border-crossing activities of blurred national systems which is often employed to depict world-wide trends and growing global competition. This article addresses recent issues of knowledge transfer. It points out tensions between increasing diversity in higher education and efforts to facilitate recognition of prior studies on student mobility. It shows the diversity of steering and management policies with respect to internationalisation and globalisation. Finally, it asks whether globalisation of higher education has to be viewed as a manifestation of turbo-capitalism or could be viewed instead as a move towards global understanding.     

Science, Society, and Technology—Three Cultures and Multiple Visions

The article reviews the strikingly divergent viewpoints of intellectuals—scientists and non-scientists—about Science and Technology. It shows that while scientists implicitly accept the difference between Science and Technology, to non-scientists that difference is irrelevant. The most important differences between Science and Technology that lie in their relative scales, outputs and accuracy of predictions are highlighted. The complexity of and difficulty in trying to quantify the contribution of science and technology to economic growth are discussed. Views of science and technology that include their societal perceptions are recommended.     

Three-dimensional art and sculpture

I am making it BIG (Evan). A secret slide with gold in there (Sydni). Look even a little car could fit in it (Joshua). This is a circle! Round, a tiger jumps through this hoop (Emily). Excitement runs high when children experiment with three-dimensional art projects using paper, boxes and styrofoam.Liz Seelhoff Byrum teaches four- and five-year-olds at a private school in New York City.     

Education of the refugee in the United States

Conclusion This historical survey of the educational goals developed on behalf of the immigrant and refugee in America indicates that there has been a complete cycle. The first systematic educational efforts, as we have shown, were aimed at teaching the immigrant the English language so that he would be useful for his tasks in American industry. Then came the period which extended this educational goal by offering instruction in several aspects of acculturation (officially, assimilation, but a concept which has never been put into effect in the history of America's minorities). The post-war period saw the stress on the academic level on the cultural democracy concept; but this ideal has been more academic than practical, and World War II saw no definite evidences of the popular interest in any Americanization program. The recent waves of refugees, bringing in more or less well-educatedindividuals, saw a revival of educational efforts on their behalf; but they differ from the former endeavors in their emphasis on individual education and on instruction in English. The social aspects of acculturation — featuring, in general, the period between World War I and II — have been entirely ignored 1).     

The structure of subject matter content and its instructional design implications

This paper discusses the analysis of subject matter structure for purposes of designing instruction. The underlying assumption is that subject matter structures provide an important basis for deciding how to sequence and synthesize the modules of a subject matter area. Four types of fundamental structures are briefly described and illustrated: the learning hierarchy, the procedural hierarchy, the taxonomy, and the model. Then a theoretical framework is presented for classifying types of subject mater content — both modules and structures. Finally, some implications of these content classifications are discussed. The classification of modules is hypothesized to be valuable for prescribing strategies for the presentation of single modules, and the classification of structures is hypothesized to be valuable for prescribing strategies for selecting, sequencing, synthesizing, and summarizing related modules. The need to take into account more than one kind of structure in the process of instructional design is emphasized.     

“The good university teacher” as perceived by the students

Many universities, recognizing the student as the main consumer of college instruction, have begun to seek his views regarding the quality of teaching. In this study the Israeli student's concept of a good teacher has been investigated. A sample of second year university students were asked to select the three most important characteristics of a good teacher from a list of fifteen.It was shown that students attached primary importance to method of instruction. Of secondary importance was the teacher's ability to spark intellectual growth. Research talents, personality, and academic status were of relatively little concern. Social science, life science, law and medical students all concurred in emphasizing the importance of the teacher's ability to communicate ideas, whereas humanities students stressed his ability to stimulate thinking.It appears that undergraduate students rate teachers by their ability to transmit knowledge rather than according to the university's criteria of research and publication.The concepts good teacher and effective instruction are used interchangeably in this article, although they are not identical.     

A Textbook Case of the Nature of Science: Laws and Theories in the Science of Biology

The two concepts law and theory are among the most important elements of the nature of science. They represent both the tools and products of science itself. Unfortunately, the variable meanings and use of these terms in general discourse and in other school disciplines results in much confusion with respect to their proper application in a science context. The project included the design of a six-part model definition for law and theory based on a review of the literature of the philosophy of science with special reference to biology. These model definitions were then compared with those provided in a range of U.S. secondary school biology textbooks. The majority of all current major U.S. secondary school biology texts were reviewed and analyzed with respect to how the concepts of law and theory were defined and applied, in an attempt to determine whether students and teachers using such texts would gain an accurate impression of these terms and the distinction between them. This study focuses on biology instruction since a life science course is completed as a graduation requirement by virtually all U.S. high school students and as such serves as a widely shared educational experience across the nation. The term law is rarely defined in any text but various laws such as those found in genetics are frequently included as examples. The term theory is frequently defined but with a wide range of completeness of the definitions. Only rarely are theories in biology included as examples.     

Three-dimensional symmetry

The errors made when high-school students locate reflections in horizontal, vertical or slanting mirrors were examined. A questionnaire consisting of thirty-six perspective drawings, each portraying an upright transparent cube containing a two-sided mirror, was given to 394 Australian students from grades 7, 9 and 11. On a corner, an edge, or a face of each cube was drawn either a point or a straight-line segment. The task was to draw its image (reflection). Analysis of errors revealed a strong tendency towards horizontal or vertical sliding, suggesting that the edges of the cube act in much the same way as a horizontal-vertical background grid does in the two-dimensional case.     

Whitehead and a new look at teaching elementary science

If Whitehead is right, science teachers who try to increase student interest by making the science they teach more pure and by covering more material are going about their work in just the wrong way. Science, for purposes of precision in measurement, translates the dynamic world of feeling and force, of causal efficacy (for example, the San Francisco earthquake), into a static representation spatialized and given presentational immediacy (for example, the Richter scale). But notice that the Richter scale isn't very interesting (even as abstract art) apart from its connection, via symbolic reference, to the earthquake. Such reference is essential to give both a sense of reality and a feeling of interes to the subject, but it makes the science less pure, and it takes more time to cover the material. An example of teaching pure and impure formal logic is given as a case study.     

The impetus theory: Between history of physics and science education

Through a physical, historical and epistemological analysis it is shown how much is wrong with the idea that relates impetus theory to a non-grown-up physical and epistemological conception. Indeed, it yields that impetus theory of Buridan and Oresme can be formalised and can furnish us a natural, non-violent interpretation of (classical) mechanics as well as a more general, physical hermeneutics of the world. Then, the possible relevance of impetus theory for science education is strongly pointed out.     

Infusing humanistic activities into cognitively oriented curriculum

In our current quest for excellence, we often miss the essential nature of it. It is trendy to use such terms as back-to-basics, gifted education, and excellence to describe a new teaching strategy or innovative educational program. It is also true that many of these programs designed for children are really intended to benefit others.Harry Morgan is Chairman of Early Childhood Education at West Georgia College in Carrollton. He is author ofThe Learning Community (Charles Merrill).     

Transactive Peer Tutoring: Distributing Cognition and Metacognition

ASK to THINK—TEL WHY®© is an inquiry-based model of mutual peer tutoring in which tutoring partners mediate each others' learning in a transactive manner. This tutorial model is designed as a person-plus cognitive partnership that supports the distribution of cognition and metacognition in order to promote complex, higher-level learning. This article focuses on what is being distributed during ASK to THINK—TEL WHY®© (i.e., the cognitive tasks of questioning, explaining, thinking, problem solving, as well as monitoring and regulation of learning) and how these cognitions are distributed across the tutoring pair and various aspects of their learning environment. Results of research on the effectiveness of using this model in classroom contexts has shown that the model promotes students' construction of new knowledge.     

Exploring the Concept of ‘Habitus’ with Preservice Teachers Through the Use of Popular School Films

The thesis of this paper is that it is a productive venture to introduce preservice students to social theories that are typically not a part of teacher preparation programs. Examples of these theories are those associated with terms such as habitus, the carnivalesque, power / knowledge, seduction, detournement, the spectacle,la perruque, (the wig), and the art of making do,as well as others. In this paper, I describe a project that involved exploring the theory of habitus to problematize the tendency of preservice students to not think in terms of relations between what goes on in the classroom and what goes on in society. I introduced habitus by having preservice students read selected print materials and by having them view, analyze, and respond in writing to popular school films. Students also analyzed their experiences in classrooms in terms of habitus, making a connection between theory and practice.     

Paranoia: A few final remarks

Paranoid is given a tolerably clear meaning. It is suggested that conceptual understanding must be the first step before seeing how far unconscious or other pressures distract teachers and others from retaining a firm grasp of concepts. Concepts are not relative.     

More Than a Pipeline Problem: Labor Supply Constraints and Gender Stratification Across Academic Science Disciplines

Employing a nationally representative sample of science faculty in U.S. colleges, we investigate 3 explanations for persisting differences in women's faculty representation across science fields even after adjusting for women's variable representation among doctoral recipients. First, we examine labor market factors: (a) differential growth rates and critical mass in the supply of women doctoral recipients, (b) growth or contraction in academic and nonacademic job opportunities, and (c) presence of foreign-born scholars. Second, we control for institutional explanations such as differential rates of faculty unionization and less receptivity to women at prestigious or research-oriented universities and fields that are applied, soft, or nonlife sciences. Third, gender role explanations are addressed by controlling for gender differences in work experience, work interruptions, and the prestige of doctoral credentials. After finding that none of these explanations account fully for distinctive patterns among science fields in the faculty gender composition, we discuss how they may reflect differences in academic cultures.     

Critical thinking and the Spock Fallacy

Conventional instruction in critical thinking technique tends to conflate logical thinking with rational or good thinking. But in doing so, it ignores the creative and intuitive functions of rationality, thereby encouraging a mechanically rote approach to textual analysis, problem solving and problem construction. This overemphasis upon straightforwardly logical calculus of justification functions, and its concomitant deemphasis of intuitive pattern of discovery ones, constitute the Spock Fallacy. Its epistemological weakness and pedagogical hazards are explored.The author of two books and numerous articles, one of his specialties is philosophy of education and critical thinking.     

A two-dimensional analysis of student ratings of instruction

Student ratings of instruction were analyzed in terms of two global factors. One factor, which includes items on advanced planning, presentation clarity, and increased student knowledge, was named pedagogical skill. The other factor taps information about class discussion, grading, and the availability of help and was named rapport. Ratings on the skill factor did not covary with class size or the leniency of the instructor's grading but did correlate with a reasonable external criterion of student learning. Ratings of rapport correlated inversely with class size and directly with average class grade and showed only a weak relationship to the external criterion of student learning. The skill factor showed more interclass stability than the rapport factor. Previous research studies which have examined the reliability and validity of instructional ratings and their relationship to student grades and class size have reported inconsistent findings. These inconsistencies appear to result from an inappropriate unidimensional analysis of ratings which should be examined in terms of two of more separate attitude dimensions.     

A multivariate approach to the assessment of quality

Most quality assessment studies utilize a univariate approach to the assessment of quality. While the univariate approach has some merit, this study presents an alternative—the multivariate approach. Factor analysis identified three clusters of variables potentially linked to quality. These clusters, labeled faculty research, input, and student, were later used as bases for measuring departmental excellence. Seven indicators based on these clusters were developed. The indicators that combined the first and second clusters and the indicators that combined all three clusters appeared to have produced the best estimates of departmental excellence.     

The applicability of democratic principles and the mission of the university

The university's mission of serving as a fortress for freedom of speech, inquiry, and criticism of established truths is inextricably connected with democracy. Such a mission can be pursued only in a climate of genuine political and academic freedom. Three other aspects of democracy in the university are discussed: equality of access, university governance, and the public utility of the university. It is argued that equal representation or one man one vote cannot be applied in university governance because it comes into conflict with the notion of competence—a conflict that cannot be resolved by taking votes. Interest groups inside and outside of the university cannot be allowed to interfere with the free pursuit of knowledge. The internal audit, that is, peer review (by, ultimately, the international community of scholars) has to take precedence over vertical review by government bureaucracy.     

Austrian graduates in education and their jobs: An empirical analysis of the occupational distribution of university graduates

The author reports on an empirical research project which investigated the occupational distribution of Austrian PhD's who graduated in education. Nearly 50% of the graduates interviewed are employed in the occupational fields universities and teachers' training. On the contrary new occupational fields which may be estimated as potential job-areas in consequence of international experience (like social work, further education, special education for the handicapped, vocational traning, etc.) employ a very small number of graduates. No manifest unemployment could be found. However about 20% of the graduates are over-qualified for their jobs ——most of them working in the occupational field schools. The article concludes with some suggestions for the development of the educational graduates' curriculum by emphasizing elements of orientation for the students (concerning their motives for studying and their professional expectations) and application of educational knowledge.