Autonomy and control: a university funding formula as an instrument of public policy

Formulas are used in many jurisdictions to allocate public funds among universities which may then have considerable autonomy in the internal allocation of those funds. This paper provides first an overview of formula funding as it affects university education. This is followed by an exposition on the balance between autonomy and accountability in the Province of Ontario. Formula funding in Ontario is used as a case study to evaluate how effective formula-funding has been in encouraging autonomous universities to work towards the attainment of public policy objectives. The analysis shows that four mechanisms have in fact been used - namely formula funding, designated extraformula grants, incentive funding, and controls - and that some objectives are better supported by different mechanisms. The paper concludes with a discussion of the evolution and an evaluation of formula funding in Ontario against the objectives given for its introduction.     

“Once More About the Quadratic Trinomial…”: On the Formation of Methodological Skills

This article discusses certain aspects of mathematics teacher education in Russia. To be able successfully to teach through problems, a teacher must know how to select the necessary assignments, to construct mathematical tasks according to methodological principles, and to organize work on these assignments in the classroom; in short, as they say in Russia, the teacher must possess certain well-defined methodological skills. This article analyzes examples of work with pre-service and in-service teachers leading to the formation of such skills. As the author tries to show, substantive and deep mathematical activity can take place in the context of tidying even the most routine school-level topics, such as the quadratic trinomial.     

A Motivated Exploration of Motivation Terminology

The purpose of this review was twofold. First, we wanted to identify fundamental terms within the motivation literature associated with the study of academic achievement or academic development. Having identified these terms with the help of experts in the field of motivation, we wanted to document how motivation researchers defined and used these terms within their programs of research. To accomplish these purposes, over 120 achievement motivation articles were reviewed, and 68 met the criteria for inclusion. Various aspects of these studies, including definitions of terminology, framing variables (e.g., age/grade or domain/task), as well as patterns in language use were charted and analyzed. Based on these analyses, we derived several interpretations, extracted conceptual definitions, and overviewed specific conceptual issues relevant to emerging trends in motivation terminology. Finally, implications for future research and practice are forwarded. Copyright 2000 Academic Press.     

Der Mathematikunterricht der PISA-Schülerinnen und -Schüler

Der Beitrag besch?ftigt sich mit dem Mathematikunterricht der PISA-Schülerinnen und -Schüler in Deutschland und berichtet über Ergebnisse aus einer Zusatzstudie zu PISA 2003. Aufbauend auf der mathematik-didaktischen Rahmenkonzeption von PISA, die Unterricht als Gelegenheitsstruktur für verst?ndnisvolle Lernprozesse versteht, wurden Schülerinnen und Schüler und ihre Mathematiklehrkr?fte zu Merkmalen der Unterrichtsqualit?t befragt. Es zeigen sich schulformspezifische Unterrichtskulturen: Ein kognitiv aktivierender Umgang mit mathematischen Inhalten ist eher in Gymnasien zu beobachten, w?hrend vor allem in Hauptschulen die Unterrichtsform mit geringem kognitiven Gehalt und ausgepr?gter Unterstützung überwiegt. Dennoch wird die Angebotsstruktur des Mathematikunterrichts von Jugendlichen an Hauptschulen positiv beurteilt, w?hrend Gymnasiasten ihren Unterricht eher kritisch bewerten. Diese Differenzen sind vor allem durch Unterschiede in der individuellen Lernunterstützung durch die Lehrkr?fte zu erkl?ren, welche von Schülerinnen und Schülern an Hauptschulen als besonders ausgepr?gt, an Gymnasien eher als gering beschrieben wird.     

Creating educational software and transforming the curriculum: Projects that are changing the face of the Russian school

Conclusion Few would doubt that education is the only way to deal with those global problems that are being felt today in virtually all countries of the world. It is sad that everywhere both the educational system and the researchers who work in it are experiencing difficult times. This is especially true for Russian researchers and teachers. The work I have discussed above is being carried out by true professionals and enthusiasts for their cause. The work continues. The authors of these programs believe that the time has arrived for serious international projects on the design of methodological support and typical modules for a system of global education in the context of the developing global information society.     

A review scrutinising the consequential validity of dynamic assessment

This literature review explored whether dynamic assessment procedures in psycho-educational practice might bridge the well-known gap between diagnosis and intervention. Due to a learning phase included in the testing procedure, qualitative information about the child’s learning needs can be revealed by means of dynamic assessment. The question is, however, what the consequential validity, i.e. the extent to which assessment influences instructional and learning processes, of dynamic assessment procedures really is. The review of 31 articles that met the inclusion criteria showed that proximal consequential validity of dynamic assessment is warranted, but distal consequential validity is warranted to a lesser extent (e.g. some guidelines for practice). Furthermore, it can be noticed that motivational aspects never played an explicit role during learning phases. In order to design student-tailored interventions following dynamic assessment, there is a need for more explicitness of learning phases and types of feedback in the development of these instruments.     

The changing American college student: implications for educational policy and practice

New students entering higher education institutions in the United States have undergone dramatic changes during the past two decades. This paper summarizes some of the major trends observed in these surveys and discusses possible implications of the findings for educational policy and practice.Each fall since 1966 the Higher Education Research Institute at the University of California, Los Angeles has been conducting a national survey of new college freshmen. A typical survey involves 250,000 students and a nationally representative sample of 550 higher education institutions of all types. Between the late 1960s and the mid-1980s American college students became much more focussed on material goals and less concerned with altruism and social problems. These value changes were accompanied by dramatically increased student interest in business careers and a sharp decline of interest in school teaching, social work, nursing, the clergy, and other service careers. These changes are perhaps best illustrated in the contrasting trends in two values: being very well off financially, which doubled in popularity during the period of survey and developing a meaningful philosophy of life which was the top student value in the early 1970s but was endorsed by fewer than half as many students by the late 1980s.During just the past two or three years most of these trends seem to have ended or, in certain cases, shown signs of reversing direction. At the same time, there is growing evidence that students are increasingly oriented toward social activism. Protecting the environment appears to be the single greatest concern among American college students at the turn of the decade.Portions of this talk were given at the January 6, 1989 meeting of the Commission on the University of the 21st Century, Council of Higher Education, Richmond, Virginia: portions have also been adopted from an earlier article in Change magazine (Astin, A. W. Competition or Cooperation, September/October 1987).     

Book Review: Mcconnell David. 2000. Implementing Computer Supported Cooperative Learning. 2nd ed. London,Sterling: Kogan Page Limited. 265 pp. ISBN 0-7494-3135-0

International Review of Education -