The feeling of ownership is a topic of research that has not been addressed as a component in the integration of technology in the K-12 classroom. The effectiveness of this abstract concept in relationship to digital computing is important in the evaluation of one-to-one initiatives in education. This paper reports findings of a research study conducted using a new ownership survey instrument I developed, the Laptop Usage Inventory (LUI). Also administered during the study was the Student Attitude Survey given in a pretest/posttest design. The instruments were administered to seventh and eighth grade students in a north Texas middle school in the 2007-2008 school year. The methodology used to evaluate the Laptop Usage Inventory consisted of Cronbach's alpha and various scaling methods. LUI scale scores were correlated with the results of the Student Attitude Survey to compare students' attitudes toward school before and after using a laptop computer for the school year. Implications for laptop initiatives and for the classroom are discussed and a future research agenda is presented.

This study investigated whether a relationship exists between learning style and the self-reported technology-related needs, beliefs, stages of adoption, software expertise, and technology competencies of teachers in a large suburban school district. The Gregorc Style Delineator was used to identify dominant learning style, and the Snapshot Survey was used to measure technology-related needs, beliefs, stages of adoption, and software expertise. Technology competencies were measured using the Technology in Education Competency Survey. Data collected from 499 participants was included in data analysis. The study was conducted at each of the 12 elementary schools of a large suburban district in the Dallas-Fort Worth Metroplex. The findings suggest that there is a significant relationship between learning style and the technology-related needs, stages of adoption, software expertise, and competencies of teachers. The relationship between learning style and technology-related needs was significant at the p < .01 level. The relationships between learning style and technology-related stages of adoption, software expertise, and technology competencies were significant at the p < .05 level. Members of the abstract sequential [AS] learning style group reported having significantly fewer needs and significantly higher stages of adoption, software expertise, and competency than members of one or more of the other learning …

The purpose of this research was to determine if the introduction of a competitive and collaborative computer-based gaming software system into middle school classrooms would result in improved attendance and grades, and motivate students to have a greater interest in their studies. This study was conducted over a 6 week period, with attendance and performance data being collected from 284 students. Two quantitative surveys were used to measure course interest and motivation: (a) the Course Interest Survey (CIS), and (b) the Instructional Materials Motivation Survey (IMMS). Participation in these surveys consisted of 84 students taking the CIS and 40 students taking the IMMS. The results indicated that the experimental group showed statistically better scores than the comparison group in attendance and performance. Students participating in the experimental group had significantly lower mean ranks of absenteeism compared to students in the comparison group. Results also revealed significant differences on grades. Students that were in the experimental group had significantly higher grades compared to students that were in the comparison group. Results of the CIS suggest that a statistically significant difference does not exist on Attention, Relevance, Confidence, and Satisfaction between the experimental and comparison groups. Results of the means and standard …

The purpose of this study was to examine the impact of computer assisted instruction on the development of literacy skills. The effect of instructional methodologies designed to stimulate sensory processing (auditory, visual, and somatic sensory) through information processing activities was analyzed. A software program was designed to present instruction to stimulate learning in one sensory modality, visual processing. Also, the effect of delivery mechanisms on the acquisition of literacy skills was investigated. Three treatment groups and a control group were established to analyze differences: cognitive processing methodologies presented via computer technology, conventional methodologies presented via computer technology, cognitive processing methodologies presented through traditional classroom tools, and a control group. A portable keyboard computer with word processing capabilities was selected to deliver technology-enhanced instruction. Results from this study suggest that activities designed to specifically promote processing in one sensory modality, do not promote acquisition of skills in other regions. There was no change in scores when visual methodologies were applied to auditory and somatic sensory cognitive processing goals. When spelling tests that utilized all sensory modalities were analyzed, visual processing instruction had no effect on achievement. This result was duplicated when tests requiring auditory processing skills were examined. However, when visual …

The purpose of this multiple case-study was to determine whether the use of reflective journals during graduate coursework impacts the level of technology implementation in instructional settings for experienced teachers. This study examined the relationships between: (1) levels of reflection demonstrated in journal responses, (2) the level of technology implementation, and (3) teachers' attitudes about technology implementation. The coding scheme used to determine levels of reflection in the journals was based on the framework of Leung and Kember. The LoTi questionnaire, developed in 1995 by Chris Moersch, was used to determine the levels of perceived technology implementation. The goal of this study was to provide information that may be utilized to plan more effective technology staff development. By providing insights on how to evaluate written work consistently for reflective thinking and on teachers' perceptions of technology implementation, university programs and school districts can develop better strategies for technology professional development. The findings suggest that teachers who demonstrated the characteristics of high levels of reflection also demonstrated characteristics of higher levels of technology implementation. Four of the five cases demonstrated a relationship among their scores on the Level of Reflection, Level of Technology Implementation (Loti), and Current Instructional Practice (CIP) measures. …