Papers by graduate students, and occasionally papers from their mentors which establish a context for the student papers, are organized by sponsoring University. Student papers presented are: (1) "An Overview of the Development Stages in Children's Drawings" (Jeralyn Hufford); (2) "Theories and Activities of Conceptual Artists: An Aesthetic…

This thesis seeks to clarify the meaning of the open learning concept by examining it in alternative ways--as an element of social theory, as an intended curriculum, and as a perceived student learning experience. The three curriculum conceptions of open learning are applied to the Australian Open Learning Iniative. Students' curriculum…

When William G. Perry (1968) developed his scheme of nine stages of cognitive development, most of which are experienced during the college years, he did not attempt to quantify it. Subsequently, T. D. Erwin (1983) constructed a scale that attempted to quantify the Perry scheme. His findings supported the overall conception of student development…

This study examines teachers' mathematical understanding of various representations of slope and their knowledge for teaching the concept of slope. Specifically examined in this research are the concept images and concept definitions of slope held by both preservice (N=18) and inservice (N=21) secondary mathematics teachers. Data collected include…

Instructional metacognition refers both to conceptions of students about the contribution that instructional interventions can make to their learning, and to the impact of these conceptions on students' interpretation and use of instructional interventions. This study analyzes student conceptions of efficiency-related attributes of instructional…

The process of students' conceptual change was evaluated during a computer-supported physics unit in a Grade 10 science class. Computer simulation programs were developed to confront students' alternative conceptions in mechanics. A conceptual test was administered as pre-, post-, and delayed post-tests to determine students' conceptual change.…

Based on the assumption that a hands-on approach would enable students to better grasp the usefulness of concepts presented, a course and laboratory component in non-experimental research methodology, statistics, and computer applications for beginning students was implemented at Ursinus College, in Pennsylvania. The course meets 3 hours a week…

Because most parents say they do not or cannot help their children with science, this booklet was designed to help them do so, easily and with pleasure for both parent and child. The introduction presents information on why and how parents should help their children and provides a general orientation to the ideas and activities offered in the…

Schematism is proposed as part of an epistemological framework for constructing and employing scientific knowledge. Within this framework, it is proposed that a concept of physics can be explicitly defined in a scientific theory by a schema that includes: (1) the domain of the concept; (2) its organization, i.e., the relationships between this…

As part of a larger project aimed at exploring how students' conceptual growth results from interacting with the teacher and the assigned readings associated with a course, this study focused on how prospective elementary teachers conceptualized two concepts, evaporation and condensation in a Concepts in Earth Science Course. In the conceptual…

This book, which contains 19 chapters, examines children's learning processes in light of reconceptualizations of Piagetian theory. Part one traces the theoretical question underpinning this examination and includes three chapters: "General and Specific Views of the Mind, its Structure, and its Development"; "A Neo-Piagetian…

This study, designed to examine instructional clarity, focuses on two questions from the literature: (1) Is it necessary for a lesson to contain keys, links, framing statements, focusing moves, and examples in order for students to achieve and be motivated? and (2) What is the specific purpose of links and focusing moves in instruction? Subjects,…

Cognitive science, the study of both biological and artificial intelligent systems, is an inherently interdisciplinary activity that embraces aspects of psychology, linguistics, artificial intelligence, neuroscience, engineering, and other behavioral and social sciences. This document reports the results of a workshop designed to provide advice to…

The educational program of a student with autism most easily and beneficially begins with manipulation of objects. Short periods of time should be allotted to each activity to hold attention and ensure success. Partial participation and an individualized reinforcement schedule are important elements in the instructional design. Assistance in…

In the past decade, research on students' ideas has drawn attention to underestimated problems of learning physics. This also particularly applies to Science/Technology/Society teaching. Proposed solutions are mainly inspired by a constructivist cognitive science perspective and are formulated as general teaching strategies that aim at a process…