Information and Digital Literacies in a Kindergarten Classroom: An I-LEARN Case Study

This case study, part of a larger qualitative research project, involved 24 kindergarteners and their teacher in the design, development, and evaluation of a research project built around the I-LEARN model (Neuman, Learning in information-rich environments: I-LEARN and the construction of knowledge in the 21st Century. Springer, New York, 2011b). I-LEARN is a six-step learning model (Identify, Locate, Evaluate, Apply, Reflect and kNow) designed to guide research for twenty first-century learning. The objectives of the study were both to improve the digital and information literacies of the participants and to validate the I-LEARN model for use in an early childhood classroom. The findings have implications for information literacy, digital literacy, and developmentally appropriate practices.     

Structured and unstructured homeschooling: a proposal for broadening the taxonomy

In recent decades, parental involvement in their children’s education has been steadily increasing. Perhaps the ultimate form of parental involvement is the phenomenon called elective home education – EHE (also known as homeschooling). It is customary to divide EHE into two categories according to the degree of structure: structured EHE and unstructured EHE (or unschooling). Advocates of structured learning study in the home framework according to a defined curriculum, whereas unstructured learning advocates study content determined in accordance with the child’s wishes, with no external dictates. This division relates to learning as one entity. This article proposes to distinguish between two dimensions of structure: content and process. In order to demonstrate this distinction, qualitative research was conducted in which 30 mothers who educate their children at home were interviewed and asked what they actually do within the framework of EHE. The research findings suggest that the two types of EHE are indeed different from one another with regard to the structure of the content of instruction and learning as well as the structure of the process. The article addresses the importance of broadening the traditional distinction (structured and unstructured EHE) to include content and process.     

Teacher Training For High School Students: The Cadet Program

Take any homogeneous group of students, provide them with the best teacher, curriculum, and educational materials, and in a short time you will notice differences in students' performances and achievements — more so when a class is heterogeneous in nature. Thus, the need for a supportive educational system is obvious, mainly in terms of a tutorial program and a pool of teacher aides.     

A Comparison of Traditional versus Programed Methods of Learning Tennis

Abstract

Two college service classes, each containing 20 subjects, were taught beginning tennis skills. The traditionally taught Group (Group A), and the programed group (Group B), were first determined homogeneous in height, weight, the Hewitt Revised Dyer Backboard Tennis Test (HRDBTT), and the American College Test before the teaching methods were initiated. After 14 periods of instruction, the groups were compared on various measures. The results of the study indicated that: (1) the general skill level of the groups, as measured by the Hewitt Revised Dyer Backboard Tennis Test, and a single-elimination tournament, was not significantly different; (2) the traditionally taught group improved significantly in general skills while the programed group did not; and (3) the programed group received better subjective rating scores on form than did the traditionally taught group.     

Early learning and awareness of division: A phenomenographic approach

Interviews with 72 pupils in grade 2–6 were used to investigate awareness of the relation between situation and computation in simple quotitive and partitive division problems as informally and formally experienced. The research approach was phenomenographic. Most second graders counted or made drawings, and related these methods to the situation described in the problems. Several of the older children, on the contrary, experienced a conflict between computation and situation in partitive division. Most second graders, but also some third, fourth and sixth graders, could still not carry out repeated addition, the precursor of multiplication. The data are finally viewed from two theoretical perspectives other than phenomenography. It was concluded that formal division, understood as related to everyday situations, only develops in interplay with informal knowledge.This revised version was published online in September 2005 with corrections to the Cover Date.