Research to this point in time has clearly indicated that there are practices which do work to produce positive academic outcomes in urban districts (Council of the Great City Schools, 2002). Researchers are also voicing more firmly than ever that the secret to educational success has been uncovered (DuFour, 2004b; Schmoker, 2004b), and that practices such as teacher collaboration, reflective practice, professional learning communities, job-embedded professional development, and distributed leadership have produced positive academic outcomes when implemented consistently (DuFour, 2004b; Fullan, 2001; Schmoker, 2004a, 2004b; Timperley, 2005).
School reform initiatives continue to be a constant in the education system. Since the National Commission on Excellence in Education published the 1983 report, A Nation at Risk: The Imperative for Educational Reform, a variety of reforms has been implemented, some with limited success. (Fullan, 2001). The struggle to positively change high schools through initiatives such as smaller learning communities (SLCs) is often described in the media due to publicity of promoters such as Bill and Melinda Gates and Warren Buffett.
Accountability has become a required measuring tool with severe consequences at both the federal and state level for campuses and districts that do not meet required levels of student achievement. Focusing on implementing effective practices leading to student growth has become even more necessary. This age of accountability has focused attention on not only what is taught but also how it is taught (Jacob, 1997, 2004; Marzano, Pickering, & Pollock, 2001). There is a need for reliable assessments aligned to rigorous curriculum, and to know how to use information collected from assessments (Stiggins, 2004). Learning Points and Associates (2000) report that a process must be in place to help campuses understand how to read data and turn the information into an action plan:
When this process is absent, confusion reigns. Staff from (…) schools indicated that they did not see the connection among teacher-administered in-class assessments, their norm-referenced district test, and the large-scale state assessment. Nor did they know what to do with this information. (Learning Point Associates, 2000, p. 1)
The need to bring a collaborative assessment culture to a campus is apparent (Bernhardt, 1999; DuFour & Eaker, 1998; Holcomb, 2004; Schmoker, 2004b; Stiggins, 2004). The DCM process requested that campuses use a collaborative culture as a way to encourage teachers to meet regularly and discuss data and student work in a safe and productive manner. Encouraging professional dialogue, sharing of strategies, literature studies, a shared vision, and distributed leadership are components of a professional learning community (DuFour, 2004b). The significance of a professional learning community becomes evident when one takes into consideration the seriousness of the task to be completed. Teachers must also be prepared to engage in continuous learning throughout their careers by using job-embedded professional development practices. Those practices could include book/article studies, action research, peer mentoring and peer coaching, reflective logs and other practices.
Implication of Findings
The study of the data analysis model was designed to measure the impact of the Data Collaborative Model on a large urban school district by analyzing a criterion-referenced test. The state test, Texas Assessment of Knowledge and Skills (TAKS) was used to measure student achievement. The hypothesis predicted a statistically significant difference in TAKS math and reading passing rates after using the Data Collaborative Model for a three-year period of time. By the end of the third year, the high implementation group had a mean percent gain in reading of 7.19%. While not statistically significant, the mean percent gain was higher than the low implementation group (2.41%). The high implementation group’s gain in TAKS math was statistically significant at 8.51% compared to the low implementation group (2.72%). High implementing campuses also had higher means than low implementation campuses on their perception of DCM’s impact on achievement, understanding the DCM tools, and actually using DCM tools.
In the case of the statistical significance found for the high implementation group with TAKS math passing rates, one would have to complete further study to see what other factors were impacting teacher effectiveness at those campuses. One possible answer could be attributed to the math learning community’s pilot that began in 1998 on a few campuses and has since spread to many campuses across the district. If the significance can be traced to that initiative, then it would give credence to the research that suggest most new initiatives take several years to become sustained in the educational environment of the campus or district. Speck (1996) concluded from his research that for substantial change in educational practices to happen professional development must be conducted over several years. Significant change in school practice can take four to seven years, or longer. District administrators should take into account this longer time frame when considering the measured outcomes of recently implemented initiatives.
Twelve elementary campuses were selected based on their personnel’s survey responses. Although all 12 campuses in the study were exposed in varying degrees to the DCM and all campuses showed gains on the percent of students passing TAKS, ANOVA analyses failed to prove DCM implementation had an impact on TAKS gains. Completing the study after three years of DCM implementation may not have given the campuses enough time to fully implement the initiative.
There seemed to be a discrepancy when it came to DCM tool usage on the 12 campuses between the principals and the teachers. Although principals were more apt to say they understood and implemented the DCM process, teachers reported implementing it at a lower rate. This could be attributed to principals encouraging teachers to take part in the DCM process, but not actually taking part in the practice themselves. Of the principals who responded, 58% said they used and understood the DCM TAKS tools, but only 17% of teachers responded similarly. For example, 83% of the principals claimed they understood and used the pre-slugged template, a benchmark tool sent to the campuses after each district-formative assessment was scored, but only 20% of teachers said they used this same tool. This may be a reflection of principals who thought the tools were understood and used on their campus or they exaggerated their responses for positive survey results.





