The purpose of this study is to examine the evidence underlying the claim that scores from CampusReady, a diagnostic measure of student college and career readiness, are valid indicators of student college and career readiness. Participants included 4,649 ninth through twelfth grade students from 19 schools who completed CampusReady in the 2012-13 school year. The first research question tested my hypothesis that grade level would have an effect on CampusReady scores. There were statistically significant effects of grade level on scores in two subscales, and I controlled for grade level in subsequent analyses on those subscales. The second, third and fourth research questions examined the differences in scores for subgroups of students to explore the evidence supporting the assumption that scores are free of sources of systematic error that would bias interpretation of student scores as indicators of college and career readiness. My hypothesis that students' background characteristics would have little to no effect on scores was confirmed for race/ethnicity and first language but not for mothers' education, which had medium effects on scores. The fifth and six research questions explored the assumption that students with higher CampusReady scores are more prepared for college and careers. My hypothesis that there would be small to moderate effects of students' aspirations for after high school on CampusReady scores was confirmed, with higher scores for students who aspired to attend college than for students with other plans. My hypothesis that there would be small to moderate relationships between CampusReady scores and grade point average was also confirmed. I conclude with a discussion of the implications and limitations of these results for the argument supporting the validity of CampusReady score interpretation as well as the implications of these results for future CampusReady validation research. This study concludes with the suggestion that measures of metacognitive learning skills, such as the CampusReady survey, show promise for measuring student preparation for college and careers when triangulated with other measures of college and career preparation.

Purpose: The purpose of this study was to determine if traditional indicators of college readiness were better predictors of students’ first semester college GPA and persistence to the second year of coursework compared to non-traditional indicators of college readiness. Specifically, this study analyzed the predictive validity of high school class rank and ACT/SAT scores compared to that of the psychosocial skills measured by the ACT Engage on students’ first semester college GPA and their likelihood of enrollment in the second year of college coursework. Methodology: Linear and logistic regression models were used to examine the effect of gender, age, ethnicity, socioeconomic status, high school rank, Texas Success Initiative college readiness scores, SAT or ACT scores, and the ten themes of the ACT Engage Inventory (dependent variables), on students’ first semester college GPA and rate of persistence to the second year (independent variables). A sample of 4,379 first semester college freshmen participated in this study. Findings: Results indicated that high school rank, ACT/SAT scores and psychosocial skills measured by the ACT Engage theme academic discipline were accurate predictors of college performance. Results regarding the predictive power of traditional academic and non-traditional psychosocial predictors of persistence were less definitive. Students qualifying for federal financial assistance and female students showed the greatest likelihood of not returning for the second year of college. Research Limitations: One limitation of this study occurred because separate ethnicities were not evaluated as independent variables. Additionally, further research should occur regarding the relationship between the independent variables of gender and socioeconomic status and the dependent variable persistence. Practical Implications: Due to the predictive power of high school class rank, college entrance exam scores, and the psychosocial skill of academic discipline, educators and policy makers should design targeted preparation and support initiatives around improving students’ skills in these areas. Recommendations for such initiatives were provided. Value of Paper: This paper is valuable to educators at the secondary school and university levels because results can be used to design preparation and support programs in order to improve students’ performance and persistence at the college level.

Professional development (PD) is used as the primary means for ensuring the continued learning of teachers. PD opportunities and support vary in type and quality. Little is known about the participation in and support of PD for high school science teachers. The establishment of supportive professional cultures provides a means to support teachers' PD in addition to providing meaningful interactions between teachers to improve practices related to teaching, learning, and assessment. Even less is known about patterns of relationships between professional culture with high school science teachers and students. PD and professional culture have been reported to increase teacher retention and student achievement. The studies presented in this dissertation use mixed methods approaches to explore data collected by the Policy Research Initiative in Science Education Research Group during the 2007-2008 academic year. The first study assessed PD of high school science teachers from two perspectives: (1) teachers' participation in PD, and (2) schools' practices to support teachers' participation. Teachers' participation was determined using self-reported survey data. Schools' PD support was operationalized using data collected from administrative interviews. Descriptive statistics revealed little relationship between teachers' participation in PD, schools' PD support, and teacher retention. Descriptive statistics of schools' PD support indicated associations with student achievement. The second study operationalized school science professional culture with a rubric developed for the study. Elements within the rubric addressed many components mentioned in the literature as indicative of positive professional culture. School science professional culture had little relationship with either teacher retention or student achievement. Strong associations were found among the elements associated with school science professional culture. These results provide support for the inclusion of these elements in future studies of school science professional culture. The final chapter provides a summary of both studies. Recommendations are made for improving policies in place to support PD and professional cultures experienced by high school science teachers. Specific attention should be directed at the development of cohesive PD programs that address both schools' and teachers' needs. Additionally, more opportunities for in-depth communication regarding school practices for teaching, learning, and assessment need to be provided.

Educators need clear, actionable data to help them understand students' current levels of performance and students' probable trajectory toward college- and career-readiness in math if they are to make informed programmatic decisions to shape that trajectory. This study explored the relation between CBM-math in Grade 7 as a one-point, teacher accessible measure of student math skill and the students' performance on the Grade 8 EXPLORE-math test, a large-scale achievement test linked to one set of college- and career-readiness benchmarks. Results indicated that a moderate positive correlation and predictive relation exist between CBM-math and EXPLORE-math. Information was disaggregated by gender and for subgroups, including students eligible for special education, free or reduced meals, and English language development services. No difference in means for male and female students on either measure was identified, but eligibility for special education or for free or reduced lunch was associated with lower performance on both measures. Insufficient numbers of ELD students hindered detailed analysis, but none of the ELD students included in the study achieved the EXPLORE benchmark or the CBM normalized cut score based on the 40th percentile. An ROC analysis showed that easyCBM consistently predicted students who did not meet the EXPLORE benchmark, although results indicated that a higher cut score on easyCBM may be a more consistent predictor. The study adds to validity research on CBM and may be useful for educators seeking to identify students at risk of missing achievement benchmarks and make programmatic decisions to ensure students are on track to be college- and career-ready in math.

No description available.

In this study, we examined the structural validity of the Secondary Transition Fidelity Assessment (STFA), a measure of secondary schools’ use of programs and practices demonstrated by research to lead to meaningful college and career outcomes for all students, including students at-risk for or with disabilities, and students from diverse backgrounds. Drawing from evidence-based practices endorsed by the National Technical Assistance Center for Transition and the Council for Exceptional Children’s Division on Career Development and Transition, the instrument development and refinement process was iterative and involved collecting stakeholder feedback and pilot testing. Responses from a national sample of educators (N = 1,515) were subject to an exploratory factor analysis resulting in five measurable factors: (a) Adolescent Engagement, (b) Inclusive and Tiered Instruction, (c) School-Family Collaboration, (d) District-Community Collaboration, and (e) Professional Capacity. The 5-factor model was subject to a confirmatory factor analysis which resulted in good model fit. Invariance testing on the basis of geographical region strengthened validity evidence and showed a high level of variability with regard to implementing evidence-based transition services. Findings highlight the need for consistent and regular use of a robust, self-assessment fidelity measure of transition service implementation to support all students’ transition to college and career.

No description available.

A renewed focus to produce college and career ready graduates capable of thriving in science, technology, engineering, and mathematics (STEM) and other career and technical education professions has made access to advanced mathematics and science courses for all students a priority in K-12 education. Previous research on achievement has indicated that Black and Latino students are underrepresented in advanced mathematics and science courses and are lagging behind their peers in academic performance. Some researchers have suggested that these disparities in participation and achievement result from unequal access to educational opportunities. This purpose of this study was to examine student access to advanced mathematics and sciences courses in Virginia public high schools as an indicator of college and career readiness. This study employed secondary data analysis of school level data from the Virginia Department of Education. Regression analyses, simple and multiple, were used to examine access to advanced mathematics (Algebra II and higher) and advanced science (Chemistry and higher) course offerings by school characteristics, including school size, economically disadvantaged percentage, the percentage of minority students, and urbanicity locale. The results of this study indicated that student access to advanced mathematics and science course offerings, excluding and including AP mathematics and science courses, as in indicator of college and career readiness, differed based upon school size, economically disadvantaged percentage, and urbanicity locale. These findings, consistent with national statistics and other research, suggested that students who attend public high schools in the Commonwealth of Virginia do not have equal access to advanced mathematics and science course offerings, including AP mathematics and science courses, when school size, economically disadvantaged, and urbanicity locales are considered. Other findings related to access based on the percentage of minority students were inconsistent with prior research, as there was no significant difference in the number of advanced mathematics and science course offerings, excluding and including AP mathematics and science courses, based on the percentage of Black and Latino students enrolled in Virginia public high schools. / Ed. D.

Nearly two-thirds of undergraduate college students within the United States fail to graduate within six years because they are unprepared for postsecondary education. Thus, many states have embarked on policy reform movements centered on college and career readiness for all high school graduates. This study focused on Kentucky’s efforts to implement four key initiatives—accelerated learning, secondary interventions, college and career readiness advising, and persistence to graduation—resulting from sweeping reform policies enacted in 2009 by the Kentucky General Assembly. The study considers policy implementation from an organizational perspective and explores the structural characteristics associated with effective policy implementation at the school level.

<div> <p>Employability skills such as communication, leadership, and critical thinking are in high demand from employers and colleges alike (Crawford, Lang, Fink, Dalton, & Fielitz, 2011; Easterly, Warner, Lamm, & Telg, 2017). In a competitive employment environment, applicants must strive to achieve academic success and proficiency in their field of interest. They also need to possess a command over employability skills that are broadly applicable to all aspects of business (Boahin & Hofman, 2013). A descriptive census of 2018-2019 high school senior members of the National FFA Organization was conducted to provide an updated and focused look into the National FFA student membership. Its goal was to assess the level of employability skills and academic success retained through high school and participation, within the organization, that takes into account the evolution of employability skills desired by the 21^st Century job market. Exploring, defining, and understanding the current National FFA student membership’s achievements and interests in career pathways is important in ensuring the optimal educational experience for today’s youth. The study took place over nine weeks in the fall of 2018 with 2,087 respondents completing the online survey. Informed consent and parental consent were collected completely online. Respondents self-reported their Youth Leadership Life Skills, Critical Thinking Dispositions, Communication Competence, High School GPAs, Standardized Test Scores, FFA Involvement/Enrollment, and their interests in AFNR Career Pathways. Results of the study indicated that respondents self-perceived high employability skill levels and above average academic success compared to National Average Standardized Test Scores. These results could be translated into College and Career Readiness of the study respondents. Significant relationships were found between employability skill levels, academic success, and respondent’s level of FFA Involvement. Recommendations for future research include replicating this study within the next 10 years and using a standardized scale to collect self-reported high school GPAs. It would also be beneficial to review USDE high school transcript studies to uncover why “class scheduling problems” were reported as the most common reason for gaps in FFA enrollment.</p> </div> <br>