The purpose of the study was to answer the questions: Do students show greater academic success in English language arts/reading as measured by the Texas Assessment of Knowledge and Skills (TAKS) exam scores in secondary education when their teachers are the same ethinicity? Do students show greater academic success in math as measured by the TAKS exam scores in secondary education when their teachers are the same ethnicity? Minority students' success on the TAKS test was compared to the assessment scores of White students from the 2010-2011, 2011-2012, and 2012-13 school year in thre suburban school districts. This topic has been a subject of discussion since the late 10970s when Cardenas and Cardenas (1977) studied the achievement among minority students and their White peers. The conversation continued through authors such as Takei and Shouse (2008), Hays (2011), Ladson-Billings (2006), Dee (2003, 2005), and Brown (2006). To answer these research questions, a hierarchical multiple regression analysis was conducted on the data collected. Although the study verified the achievement gap between minority students and White students, the study indicated no consistent pattern corroborating that minority students were more successful when taught by teachers of the same ethnicity. In many cases, students learned better with teachers of a different ethnicity. Black students were successful with Hispanic or White teachers, Hispanic students were successful with Black or White teachers, and White students were successful with Black or Hispanic teachers. The TAKS assessment scores were the only data used to support this analysis.

The purpose of this study was to investigate the relationship between TeacherInsight™ (TI) scores and student performance as measured by student academic change scores on the Texas Assessment of Knowledge and Skills (TAKS) test. School district administrators, particularly district personnel administrators, are continually faced with the task of screening and hiring potential teacher applicants who are expected to influence student achievement outcomes directly. Efforts to make the screening, selection, and hiring process more efficient and effective have led to the use of certain teacher prescreening selection instruments that provide a research-based assessment of teachers’ affective attributes, which purportedly predicts teacher effectiveness. This study addressed this concern using a teacher screening and selection tool, the TI, design by the Gallup Organization. According to the Gallup Organization, the TI is a predictor of teacher affective attributes or talents. The state of Texas uses a student evaluation process called the TAKS to measure student academic gains in certain subject areas. This study examined the relationship between the TI and teacher effectiveness as measured by student academic TAKS change scores in mathematics in fourth and fifth grade. I used data obtained from a single school district in north central Texas. The specific targeted population consisted of 874 students enrolled in mathematics and 44 fourth- and fifth-grade teachers hired over a 3-year period (20082011). I applied a quantitative causal-comparative research design. Descriptive statistics for all variables were presented and bivariate relationships between continuous variables were examined. A two-level linear regression model was used to predict student performance on state-mandated assessments using teachers’ TI scores while controlling for relevant covariates. The statistical significance level throughout the study was set at α = .05. A major finding of this study revealed that teachers’ TI scores were not significant predictors of student achievement in the final model (p = .351). Moreover, the final model did not have significant predictive power when compared to the null model. The findings suggest that other factors not recorded in this dataset may influence student academic performance. Only student gender was a significant predictor of TAKS scores. However, the effect size indicated that student gender accounted for less than 1% of the variance in student achievement (R2 = .003). The findings of this study indicate that the TI alone should not be used as the sole instrument in predicting the quality and potential influence a teacher candidate will have on student performance on state-mandated assessments, and the selected school district should consider re-evaluating its use of the screening instrument for selecting teachers. Recommendations based on the results of the study are discussed and areas for future research are provided.

The No Child Left Behind Act and National Council of Teachers of Mathematics' Principles and Standards both had a significant impact on the format and content of the Texas Assessment of Knowledge and Skills (TAKS) math test. Content analysis of the 2004 TAKS eighth grade math test identified the prevalence of linguistic complexity, mathematical rigor, and visual presentation factors and explored their relationship to student success on individual test items. Variables to be studied were identified through a review of literature in the area of reading comprehension of math word problems. Sixteen variables of linguistic complexity that have been significantly correlated with student math test performance were selected. Four variables of visual presentation were identified and ten variables of mathematical rigor. An additional five variables of mathematical rigor emerged from preliminary study of the 2003 TAKS math test. Of the 35 individual variables, only four reached a significant level of correlation with the percent of students correctly answering a given test item. The number of digits presented in the problem statement and number of known quantities both exhibited a significant positive correlation with the dependent variable. The number of times a student had to perform a multiplication operation had a significant negative correlation with the percent of correct responses, as did the total number of operations required. Stepwise regression of these four variables revealed total number of operations and known quantities to be the best combination of predictors of correct responses. When grouped in categories by problem type and compared, items involving mathematical reasoning but no mathematical operations had a significantly higher percentage of correct responses than those requiring at least one operation. Further categorization revealed problems involving applications only (without computation) associated with the highest levels of correct responses, followed by those involving only computation. Items requiring both applications and computations had a significantly lower percent of correct responses.

The purpose of this study was to determine the impact of the comprehensive school reform model core knowledge on the reading achievement of eighth grade students located in a suburban north Texas school district. The data compared the mean scores on the Texas Assessment of Knowledge and Skills of students attending the experimental core knowledge school with the control school that did not use the core knowledge curriculum. Students from both schools were compared for student achievement gains overall as well as several other categories. The study also used a qualitative survey that asked key faculty members at both schools questions regarding levels of curriculum implementation, staff knowledge of curriculum, etc. The data showed no significant differences between student achievement scores at the experimental school compared with students at the control school. However, the study found that the type of standardized test seems to have an impact on whether students in a core knowledge curriculum show higher achievement than students in a traditional curriculum. Students in a core knowledge curriculum show higher achievement on norm-referenced standardized tests when compared with students not attending a core knowledge school. When taking a criterion-referenced test such as the Texas Assessment of Knowledge and Skills, there is no difference in reading achievement between the two groups.

Accountability in education has been expanding for the past twenty years. As standards for curricular areas continued to develop, educational shareholders desired a way to measure student achievement contextualized by the established standards. Since 1964, policies expanded federal involvement with education, and with the No Child Left Behind Act in 2001, high-stakes testing became a significant part of public education. In Texas, testing transitioned in 2003 to the Texas Assessment of Knowledge and Skill (TAKS) test, an assessment that determines grade advancement for students, ratings for school districts, and additional compensation for some teachers. Along with the increasing expectations for student achievement, the need for effective instruction also increases. This dissertation studies how English language arts (ELA) teachers in four North Texas suburban high schools perceive instructional change following the implementation of TAKS. One hundred twenty-one teachers (n=121) were surveyed using an instrument broken into seven categories: student-centered instruction, student interest, instructional communication, time, classroom environment, teacher knowledge, and assessment. Participants were separated into two groups, teachers with one to six years of experience with a district or seven or more years with a district. Using a rating scale for each statement on the survey instrument, participants indicated the direction and magnitude of change or indicated no change occurred. When comparing an overall average frequency percentage for each possible rating for each category, the two highest percentages for both surveyed groups indicated no instructional change since the implementation of TAKS. However, when considering specific statements about professional growth and instructor knowledge, both groups were likely to rate a change as positive. Whereas, if the statement suggested instructional areas constricted by time, participants for both groups were likely to rate a change as negative. Additionally, an ANOVA indicated no significant difference between either of the participating groups.

The purpose of this study was to determine the relationship between using computer-assisted instruction (CAI) and success on the Texas Assessment of Knowledge and Skills (TAKS) mathematics exam with fifth-grade students in Texas compared to the effect of alternative improvement approaches used by a control group. Research explored the use of SuccessMaker® CAI educational software (Pearson Education, Upper Saddle River, NJ, www.pearsoned.com) in public elementary schools in Texas. Successmaker® CAI was not a good predictor of passing percentage on the mathematics TAKS. Multiple regression analysis utilized in this quasi-experimental design study predicted a negative and not statistically significant change in the percentage of students passing the mathematics TAKS exam (B = -.448, p > .05). SuccessMaker® use exhibited a very small effect size (r = -.04) and accounted for less than 1% of the change in passing percentage (r2 = .0016). Multiple regression model predicted a negative and statistically significant effect upon mathematics passing percentage by economic disadvantage percentage (B = -.211, p < .01). The 95% confidence interval for B ranged from -.365 to -.057. The large effect size correlation coefficient (r = -.51) accounted for 26% of the variance in the mathematics TAKS passing percentage (r2 = .26).

The state of Texas passed the Student Success Initiative (SSI) in 1999 which requires all 3rd graders to pass the reading portion of the Texas Assessment of Knowledge and Skills (TAKS) test to be promoted to the 4th grade, and for 5th graders to pass the reading and math portions of the TAKS test to be promoted to the 6th grade. Beginning in spring 2008, 8th graders will also need to pass the reading and math portions of the TAKS test to be promoted to the 9th grade. The purpose of this study was to examine the academic performance of 3rd and 5th grade students who did not meet the passing standard on the TAKS test and were retained during the 2005-2006 school year. The population of this study included 33 3rd graders and 49 5th graders who were retained during the 2005-2006 school year due to not meeting the promotion requirements of the SSI. There was also a second population of 49 5th graders who were retained in 3rd grade during the 2003-2004 school year due to not meeting the promotion requirements of the SSI. These students were enrolled in the 5th grade for the first time during the 2005-2006 school year. Their TAKS scores were examined to see whether students were still benefiting from the year of retention in 3rd grade. Results for all populations were broken down by ethnicity and program codes. The results of the study showed a statistically significant gain in 3rd grade reading and 5th grade math scores. The 5th grade reading scores did have a statistically significant improvement even though the reading mean score was still below the minimum passing score even after a year of retention. A cross tabulation done on students who had been retained in 3rd grade due to SSI requirements and were enrolled in the 5th grade during the study showed a greater significant growth in math than in reading. A strong correlation between the ITBS and TAKS tests were found in both 3rd grade reading and 5th grade math. A weak correlation between the tests was found in 5th grade reading.

The purpose of the study was to examine the differences in academic growth rates as demonstrated on the TAKS test among students based on those who received free lunches, those who received reduced-price lunches, and those not economically disadvantaged. Texas Assessment of Knowledge and Skills (TAKS) for reading and mathematics scale scores were obtained from five Texas public school districts for students who were in 3rd grade in 2003, 4th grade in 2004, 5th grade in 2005, and 6th grade in 2006. The sample included almost 10,000 students. The data were analyzed using SPSS and HLM. SPSS was used to identify descriptive statistics. Due to the nested nature of the data, HLM was used to compare data on three levels- the test level, student level, and district level. Not economically disadvantaged students scored the highest on both TAKS reading and mathematics exams with a mean scale score of 2357 and 2316 respectively in 2003. Compared to the not economically disadvantaged students, students receiving reduce-priced lunches scored approximately 100 points lower, and lowest were the students receiving free lunches, scoring another 50 points below students receiving reduced-price lunches. The results revealed that while gaps in achievement exist between SES levels, little difference exists in the growth rates of the SES subgroups. The results of this study support the need for continued effort to decrease the gap between students who are not economically disadvantaged and those receiving free or reduced-price meals.

The Texas high school class of 2005 faced a defining test that had no precedent in Texas and little nationally. Social studies testing is a relatively new addition to the world of high stakes testing currently impacting United States high schools. Although other diploma dependent areas of mandated testing have some testing history and, therefore, related paradigms for curriculum and instructional assistance, the area of social studies largely lacks that perspective. Texas Education agency provided specific school grant monies and training for the purpose of preparation for the social studies exams. This quasi-experimental study examines the scores to learn whether or not any statistically significant differences in social studies scores would exist between the schools that participated in the TEKS/Tools Training Program and the schools that did not participate in the TEKS/Tools Training Program. The two primary at-risk groups in Texas, Hispanic and low SES, were analyzed for statistically significant differences in scores. Independent t tests and ANCOVA were used to analyze the score differences between program schools and non-program schools. Results relate to individual school staffing and implementation. The at-risk groups remained flat in score gains whether they were part of the program schools or not. Results relate to differences in learning and teaching for at risk groups. A separate trend analysis was used on the program target school which was the only school with three years of scores to determine improvement from grade 9 to 10 to 11 on the social studies TAKS test scores. Results from the repeated measures analysis indicated a statistically significant linear trend in the program target school's TAKS social studies mean gain scores across the 9th, 10th, and 11th grade levels.

Many students currently entering college are able to solve mathematical problems but often do not understand the chemistry concepts underlying their calculations. High school chemistry teachers from Texas and the United States (US) were surveyed as to what topics they teach in their chemistry classes. A subset of Texas teachers was also interviewed about their instruction. The survey indicated that less-experienced Texas teachers are omitting a number of topics from their chemistry instruction, as compared to more experienced teachers. No differences were seen for those topics among US teachers. Chemistry textbooks from 1930 to the current 2002 Texas state adoptions were analyzed for inclusion of these topics. The only textbooks that were missing topics were from the 1930s. All others contained the topics. In general, textbooks have been increasing numbers of questions and problems for each topic, with the number of quantitative problems increasing at a greater rate than qualitative problems. Analysis of interview transcripts revealed that the main reason for omission of topics by less-experienced Texas chemistry teachers is that these topics are not assessed on the Texas Assessment of Knowledge and Skills science exam. Omitted topics were both qualitative and quantitative; the common factor is that they are not tested. School administrators reportedly reinforce this practice. Archival data regarding textbook usage by general chemistry students showed that students' course grades are not correlated to the amount of time they spend using their textbook. With topics included in textbooks, and no relationship between textbook usage and student grades, observed changes in chemistry courses must be due to changes in classroom instruction. With new course standards adopted by Texas for chemistry and the development of end-of-course exams, these changes should produce graduates who understand chemistry concepts as well as they solve mathematical chemistry problems. Repeating this study in 5 years may show that increasing the amount of chemistry tested will produce students entering college with a better conceptual background in chemistry.