Evaluation of a mathematics program for preprimary children in rural Bangladesh

A randomized evaluation of a 9-month comprehensive math program for preprimary Bangladeshi school children addressed skills such as numbers, measurement, shapes, patterns, and space. Nine schools were randomly selected for the Intervention group and nine for the Control group, with 12 children randomly selected from each to participate in testing. Pre- and posttested scores on each unit's skills and a cumulative test at the end were subjected to analyses of covariance. Intervention children doubled their scores on almost all tests while control children increased only slightly. Reasons for the program's effectiveness were discussed.     

School and program related factors influencing disclosure among children participating in a school-based childhood physical and sexual abuse prevention program

BackgroundSchool-based child abuse prevention programs were created to provide knowledge so that children can recognize abuse, teach skills that decrease children’s risk for abuse, normalize the disclosure process, and provide a pathway for children who may be experiencing abuse to report the abuse.ObjectiveThe purpose of this study was to explore school and program factors that trainers in a school-based prevention program believed were associated with disclosure among youth from kindergarten through 12th grade.Participants and settingThis study is based on eighteen trainers and administrators who work with the Play it Safe!® school-based program in Dallas-Fort Worth area.MethodsUsing the qualitative case study method, in-depth interviews were conducted.ResultsData analysis revealed three factors that influenced disclosure: school, school personnel, and program features. The school-related factor was time allotted to the training. The school personnel-related factors were disengagement, ambiguity concerning abuse, prior history with children, and professionals’ personal history of abuse. Finally, the program-related factors were the core messages of the training, providing specific examples, and repetition of the program. To date, there is a dearth of studies that explore the role that schools and school personnel play in the disclosure process.ConclusionChild abuse has devastating effects on children’s physical, social, emotional, and psychological well-being. Understanding more about schools, personnel, and program-related factors that lead to disclosure, which are more amenable to change, is critical to ensuring the safety of children.     

Building number sense with Number Worlds: a mathematics program for young children

Number sense is easy to recognize but difficult to define and hence, to teach. In this article, number sense is defined in terms of the knowledge known to underlie it, as identified in cognitive developmental theory and research. A preK-2 mathematics program, called Number Worlds, that was specifically developed to teach this knowledge is described and five instructional principles that lie at the heart of the program, and that are grounded in recent theories of learning and cognitive development, are used to illustrate several of its features. Evidence of the program’s effectiveness in teaching number sense and in enhancing the mathematics learning and achievement of at-risk children is briefly presented.     

Effectiveness of the Additional Early Mathematics program for teaching children early mathematics

This paper presents the results of a study of the development of early mathematical competence among young poor arithmetic achievers in the 4–7 year age group. Research has shown that arithmetic difficulties later in life can be explained by an insufficient development of early mathematical competence: i.e. different aspects of early mathematical competence. The different aspects of early mathematical competence are derived from cognitive psychology and from a didactical point of view with an emphasis on (the various phases of) counting. The Piagetian operations (seriation, correspondence and classification) are used, however, as much as possible embedded in a counting context.After selection by way of an early mathematical competence test, children with a score below a criterium are presented with an additional program. This program consists of activities, embedded in real (daily) life themes, in which attention is paid to the different aspects of early mathematical competence. The program is given to the children with a guiding or a structuring instruction form. The results of the study show that it is possible to stimulate the development of early mathematical competence among young poor arithmetic achievers. The way in which instruction is offered has no influence on achievement.     

A plan for the development of a conceptually based mathematics curriculum for disadvantaged children

In Part I (Scandura, 1972b), theoretical foundations were presented together with a plan for engineering an idealized curriculum and for developing specific curriculum products. The purpose of Part II is to show how this plan would operate in practice. In studying the applications, the reader will probably want to refer back to the plan in Part I. To keep the discussion within bounds, only Phase I of the long-range engineering is considered. The viability of the overall approach, however, will become clear with the present discussion.This article is based on a report prepared during September 1970 for the Office Economic Opportunity.     

A school-based intervention program as a context for promoting socioemotional development in children

The present study investigated the role of a school-based intervention program, called the Integrated School Day, in the socioemotional development of Finnish children during their first years of school. The 3-year program involved the restructuring of the school day by adding in extracurricular activities, which were organized on school premises, included a multitude of activities according to children’s wishes, and were available to every child. The longitudinal findings, based on the hierarchical linear modeling, showed that the 9- to 10-year-old children who had participated in the program (N = 276) had lower levels of internalizing problem behaviors, both social anxiety and depressive symptoms, than the non-intervention comparison group (N = 239). The difference was statistically significant in both genders. The results also showed that the higher number of years of participation (but not the number of different activities or the regularity of participation) was related to lower internalizing problem behaviors, particularly to lower social anxiety, at the end of the program.     

Developing a mathematics curriculum to improve learning behaviors and mathematics competency of children

The authors investigated the effect of a mathematical curriculum (CU) developed based on verbal and practical activities on the mathematical competency (MC) and learning behaviors (LB) of preschool children. In a quasi-experimental design, 60 children (5- to 6-year-old girls) were selected using the accessible sampling method. The children were randomly divided into an experimental group and a control group, and the relevant concepts were taught to the children in both groups. While the control group received the typical kindergarten education based on the usual textbooks and worksheets, the CU was taught to the experimental group. Structural equation modeling was used to model the data and statistical evaluation. The results demonstrated a significant difference between the two groups in MC and LB. The CU significantly improved MC directly, and indirectly through the improvement of LB (i.e., engagement and learning focus, verbal behaviors, and type of activity).     

A plan for the development of a conceptually-based mathematics curriculum for disadvantaged children I: Theoretical foundations

The purpose of this two-part article is to point the way towards more sophisticated educational technologies with specific reference to educating the disadvantaged. In Part I, after summarizing some of the current problems in educating the disadvantaged, a new theory of structural learning is proposed and relationships between this theory, educational technology, and curriculum development are made explicit. This conceptual framework then is used as a basis for planning curriculum development in education. Part II shows in more detail how this plan may be applied in the real world with special reference to three specific projects:

1. An efficient and self-instructional way to diagnose and teach the basic arithmetical skills of addition, subtraction, multiplication, and division.
2. A systematic way of teaching children how to read critically based on a behavioral analysis of the process in terms of logical reasoning.
3. A plan for in-service teacher education which deals with mathematical processes (as opposed to content).

     

Evaluating prospective elementary teachers' understanding of science and mathematics in a model preservice program

Two cohorts of students preparing to become elementary teachers participated in a model program in science and mathematics. These students were compared to other students taking similar courses on their conceptual understandings of science and mathematics, their investigative proficiencies, and their beliefs about effective methods of teaching these subjects. Instruments included newly developed tests of understanding, existing standardized achievement tests, and instruments devised for the evaluation to elicit conceptions of appropriate ways to teach science and mathematics to elementary children. Results from individual courses indicated that students participating in the model program developed more thorough understandings and more reform-minded beliefs related to teaching science and mathematics. Issues associated with the assessment and evaluation of innovative programs in science and mathematics are discussed, and recommendations for teacher preparation are offered.     

An intervention program for promoting deaf pupils' achievement in mathematics

Our past research identified two aspects of deaf children's functioning that places them at risk for underachievement in mathematics. The first is their reduced opportunities for incidental learning, and the second is their difficulty in making inferences involving time sequences. This article examines the effectiveness of an intervention program to promote deaf children's numeracy that was designed to deal with these two factors. The design involved a comparison of 23 deaf pupils participating in the project with a baseline group formed by 65 deaf pupils attending the same schools in the previous year. The project pupils were tested before and after the intervention on the NFER-Nelson Age Appropriate Mathematics Achievement Test. The intervention was delivered by the teachers during the time normally scheduled for mathematics lessons. The project pupils did not differ from the baseline group at pretest but performed significantly better at posttest. They also performed at posttest better than expected on the basis of their pretest scores, according to norms provided by the NFER-Nelson Age Appropriate Mathematics Test for assessing the progress of hearing pupils. We conclude that the program was effective in promoting deaf pupils' achievement in numeracy.     

Toward a constructivist perspective: The impact of a mathematics teacher inservice program on students

A constructivist-oriented inservice program provided teachers of mathematics (K-12) with intensive two-week summer institutes and weekly classroom follow-up. Pre- and post-program data on student outcomes indicate that, along with transformations in the nature and quality of mathematics activity in the classroom, students' beliefs about learning mathematics changed and elementary students' attitudes toward mathematics improved. Although the instruction they now received focused more on conceptual understanding and less on computational skill, students' scores on standardized tests assessing routine knowledge were maintained.An earlier version of this paper appeared in R. Underhill (ed.),Proceedings of the Thirteenth Annual Meeting of the North American Chapter of the International Group for the Psychology of Mathematics Education 1, 43–49, Backsburg, VI.     

Planning a comprehensive staff development program

Directing an early childhood education program is a backbreaking, stressful endeavor. The successful administrator learns to manage time so as to squeeze the completion of infinite tasks into a finite daily time frame. Budgeting, paper work or unexpected conflict resolution often take priority over work with the staff or the curriculum. Staff development efforts are often limited.Jeffrey Trawick-Smith is an Assistant Professor at Eastern Connecticut State University in Willmantic     

Cross‐national differences in participating in tertiary science,technology, engineering and mathematics education

In many western countries attention is currently being given to the participation of students in tertiary Science, Technology, Engineering and Mathematics (STEM) education. This is a result of internationally competing economic ambitions, coupled with acute shortages on the STEM labour market, a declining interest among students for STEM education and a long‐lasting under‐representation of women. However, despite similarities concerning policy attitudes and identified problems, western countries differ considerably from each other concerning the percentages of students that choose STEM education and the proportion of female students included here. Based on an in‐depth study in Sweden, the UK, the US and the Netherlands, this article investigates the reasons for these cross‐national differences. At the heart of the explanations lie the accessibility of the STEM pipeline, the level of broad‐based interdisciplinary studies as opposed to compartmentalization and early specialization, labour market characteristics, social traditions and government policies.     

Toward a reconceptualization of model development from models-and-modeling perspective in mathematics education

Educational Studies in Mathematics - Models-and-modeling perspective (MMP) is a problem-solving and learning perspective in mathematics education. Although modeling processes have been addressed...