In 1992, the state of Texas awarded a number of inducement grants to collaboratives of universities, schools, and service centers to develop field-based professional development schools (PDSs) and provide preservice and inservice teachers with extensive professional development. This study investigated the design and effects of the professional development models in these Texas Centers for Professional Development and Technology (CPDTs). This study used qualitative data collection and analysis procedures. Raw data were collected in the form of individual interviews, focus group interviews, documentation, and fieldnotes. Forty-six interviews were completed involving a total of 83 respondents representing all partnering entities: university representatives, school representatives, education service center representatives, and policymakers. Documentation included annual and quarterly reports, grant applications, and program approval requests. Fieldnotes included observational data from site visits. Data analysis was an iterative process using a constant comparative analysis of coded categories emerging fromtranscribed data. This comparison examined: the vision of professional development as perceived by the respondents, the enactment of professional development as experienced by the respondents, and the effects that the CPDT initiative had on professional development as perceived by the respondents. This study revealed 18 themes that were common across all eight Texas CPDTs. The themes revealed patterns …

A major change being advocated in education is that of making students more self-directing; that is, helping them become more responsible for their own learning. The focus of this investigation was on fifth grade students' use of self-directed learning strategies and self-directed perceptual skills. An experimental study was conducted using the nested design for analyzing data obtained from the Guglielmino Self-Directed Learning Readiness Scale, the Zimmerman and Martinez-Pons1 Self-Regulated Learning Interview Schedule, and the Bradley-Lane Self-Directing Perceptual Scale. One hundred fifty-two fifth graders were involved in the eight week study along with their six teachers. Both students and teachers were immersed in a module of training that included emphasis upon self-directing behaviors and learning strategies. Two striking findings emerged; namely, (a) in comparing the average number of learning strategies acquired after treatment, the experimental group (low, middle, and high IQ levels) scored 40%, 50% and 29% higher respectively, than did the control group; (b) in comparing the fifth grade students use of learning strategies it was found that most students nearly doubled the number of learning strategies they had previously acquired. Thus, it was concluded that children who do not have actual teaching of information or data concerning learning strategies …

Technology experts suggest that one barrier in implementing technology has been a lack of appropriate training for teachers. Past efforts have been few in number, poor in quality, and uncoordinated. Some large school districts are developing comprehensive programs. However, few models exist and none are suitable for small school districts. The purposes of this study were: (1) to survey 53 small school districts in Texas to identify hardware and software configurations, patterns of recent technology staff development, and needs for future technology staff development; (2) to design a staff development program which addresses these technology needs; and (3) to evaluate the program in a small school district.

The purpose of this study was to identify and analyze secondary science education curriculum and instruction trends for the period 1953-1992 by using the technique of content analysis to examine a representative portion of journal articles and policy statements in secondary science education. Two major science publications, The Science Teacher and Science Education, were selected for analysis.

The purpose of this study was to test a teacher inservice training model which was designed to increase the number and use of hands-on science activities, increase the number of times teachers teach science, and improve students' perceptions of science.

This quasi-experimental study examined the effects of participation in a Supplemental Instruction (SI) program on student test performance in a second-level developmental mathematics class in a four-year university setting. This research deviated from past research on Supplemental Instruction in that it examined effects of the program at the end of each test block rather than at the end of the course only. The quasi-experimental design was precipitated by an inability to control factors of participation and limited sample size. Test data were analyzed using analysis of variance; final course grades were analyzed using chi-square.