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1.
Daugherty Lindsay Gerber Russell Martorell Francisco Miller Trey Weisburst Emily 《Research in higher education》2021,62(7):1086-1111
Traditionally colleges have relied on standalone non-credit-bearing developmental education (DE) to support students academically and ensure readiness for college-level courses. As emerging evidence has raised concerns about the effectiveness of DE courses, colleges and states have been experimenting with approaches that place students into credit-bearing coursework more quickly. To better understand which types of students might be most likely to benefit from being placed into college-level math coursework, this study examines heterogeneity in the causal effects of placement into college-level courses using a regression discontinuity design and administrative data from the state of Texas. We focus on student characteristics that are related to academic preparation or might signal a student’s likelihood of success or need for additional support and might therefore be factors considered for placement into college-level courses under “holistic advising” or “multiple measures” initiatives. We find heterogeneity in outcomes for many of the measures we examined. Students who declared an academic major designation, had bachelor’s degree aspirations, tested below college readiness on multiple subjects, were designated as Limited English Proficiency (LEP), and/or were economically disadvantaged status were more likely to benefit from placement into college-level math. Part-time enrollment or being over the age of 21 were associated with reduced benefits from placement into college-level math. We do not find any heterogeneity in outcomes for our high school achievement measure, three or more years of math taken in high school.
相似文献2.
Preparing Students for College: The Implementation and Impact of the Early College High School Model 总被引：1，自引：0，他引：1
Julie A. Edmunds Lawrence Bernstein Elizabeth Glennie John Willse Nina Arshavsky Fatih Unlu 《Peabody Journal of Education》2013,88(3):348-364
As implemented in North Carolina, Early College High Schools are small, autonomous schools designed to increase the number of students who graduate from high school and are prepared for postsecondary education. Targeted at students who are underrepresented in college, these schools are most frequently located on college campuses and are intended to provide students with 2 years of college credit upon graduation from high school. This article reports on preliminary 9th-grade results from 285 students in 2 sites participating in a longitudinal experimental study of the impact of the model. These early results show that significantly more Early College High School students are enrolling and progressing in a college preparatory course of study. This expanded access, however, is associated with somewhat lower pass rates for some courses, suggesting the need for strong academic support to accompany increased enrollment in more rigorous courses. Implementation data collected on one school indicate that it is successfully implementing the model's components. 相似文献
3.
Advanced math coursework can affect college and labor market outcomes, yet discretionary placement policies can lead to differential access at key points in the college preparatory pipeline. We examine a targeted approach to course assignment that uses prior test scores to identify middle school students deemed qualified for a college preparatory math sequence. Accelerated math placement of relatively low-skilled middle schoolers increases the fraction later enrolling in Precalculus by one-seventh, and by over one-third for female and non-low income students. Acceleration increases college readiness and intentions to pursue a bachelor’s degree. Course placement rules based on objective measures can identify students capable of completing rigorous coursework but whom discretionary systems might overlook. 相似文献
4.
In 2006, North Carolina put in place high school exit standards requiring students to pass a series of high-stakes exams across several years. I use a regression discontinuity (RD) approach to analyze whether passing or failing one of these exams (Algebra I) impacts a student's decision between choosing a more rigorous college-preparatory math curriculum and an easier ‘career’ track math curriculum. I find a 5 percentage point gap in the probability of selecting the rigorous curriculum between 9th grade students who just passed and those who just failed the exam. RD results across two years (one year in which the graduation standards were not in place) suggest that the discontinuity arose due to fewer students opting into the college track as a result of the exam results. 相似文献
5.
《Journal of research on educational effectiveness》2013,6(2):136-159
Abstract Early college high schools are a new and rapidly spreading model that merges the high school and college experiences and that is designed to increase the number of students who graduate from high school and enroll and succeed in postsecondary education. This article presents results from a federally funded experimental study of the impact of the early college model on Grade 9 outcomes. Results show that, as compared to control group students, a statistically significant and substantively higher proportion of treatment group students are taking core college preparatory courses and succeeding in them. Students in the treatment group also have statistically significantly higher attendance and lower suspension rates than students in the control group. 相似文献
6.
The Career-related Programme (CP) is an innovative education programme by the International Baccalaureate (IB). Designed to promote college and career readiness equally in the last two years of high school, the CP combines rigorous university preparatory coursework with targeted career-related studies. This study examines the patterns of higher education enrolment, destination and persistence of all CP graduates from high schools in the US between 2013 and 2015. The results indicate that CP graduates enrol in higher education at higher rates than do all high school graduates nationally and career and technical education concentrators specifically: 81% versus 68% versus 70%, respectively. They persist for 1 year at higher rates than do all high school graduates: 89% versus 72%, respectively. Results of logistic regression show that the number of IB exams and the completion of the CP certificate are significant predictors of postsecondary enrolment and that higher mean IB exam scores predict higher odds of a student attending a 4-year institution over a 2-year institution. The results suggest that students who engage in career and technical education alongside rigorous university preparatory coursework within the CP are well-prepared to succeed in higher education. 相似文献
7.
Oren R. Shewach Kyle D. McNeal Nathan R. Kuncel Paul R. Sackett 《Educational Measurement》2019,38(1):25-35
College students commonly have considerable course choice, and they can differ substantially in the proportion of their coursework taken at an advanced level. While advanced coursework is generally viewed as a desirable component of a student's education, research has rarely explored differences in student course‐taking patterns as a measure of academic success in college. We examined the relationship between the SAT, high school grade point average (HSGPA), and the amount of advanced coursework taken in a sample of 62 colleges and 188,985 students. We found that both the SAT and HSGPA predict enrollment in advanced courses, even after controlling for advanced placement (AP) credits and demographic variables. The SAT subtests of Critical Reading, Writing, and Math displayed differential relationships with advanced course‐taking dependent on student major. Gender and race/ethnicity were also related to advanced course‐taking, with women taking more advanced courses in all major categories except for science, technology, engineering, and mathematics (STEM) where they took fewer, even after controlling for other variables. Socioeconomic status had a negligible relationship with advanced course‐taking. This research broadens our understanding of academic achievement in college and the goals of admissions in higher education. 相似文献
8.
Scores on state standards‐based assessments are readily available and may be an appropriate alternative to traditional placement tests for assigning or accepting students into particular courses. Many community colleges do not require test scores for admissions purposes but do require some kind of placement scores for first‐year English and math courses. In this study, we examine the efficacy of using the reading and math portions of the Kansas State Assessment (KSA) for predicting the success of high school students taking College Algebra and College English I at a Kansas community college. Results showed that in this sample KSA scores predicted as well or better than more traditional placement tests and with no extra cost to the institution. 相似文献
9.
We derived an index of high school academic rigor (HSAR) by optimizing the prediction of first‐year college GPA (FYGPA) based on high school courses taken, grades, and indicators of advanced coursework. Using a large data set and nominal parameterization of high school course outcomes, the HSAR index capitalizes on differential contributions across courses and nonlinear relationships between course grades and FYGPA. Test scores from eighth grade were incorporated in the model to isolate the contribution of HSAR. High school courses with the largest relationships with FYGPA were English 11, English 12, Chemistry, English 10, Calculus, and Algebra 2. Participation in Advanced Placement, accelerated, or honors courses increased HSAR. The correlation of the HSAR index and FYGPA was .52 and the HSAR index led to modest improvement in overall prediction when combined with high school GPA and ACT Composite score. HSAR index subgroup differences were smaller than subgroup differences in ACT Composite score. Implications for high school counselors, researchers, and postsecondary student service personnel are discussed. 相似文献
10.
Matthew M. Chingos Rebecca J. Griffiths 《Journal of research on educational effectiveness》2017,10(4):794-816
Every year many students enter college without the math preparation needed to succeed in their desired programs of study. Many of these students struggle to catch up, especially those who are required to take remedial math courses before entering college-level math. Increasing the number of students who begin at the appropriate level of math has become an important focus for educators and policymakers. We conducted randomized experiments of low-cost online summer math programs at three universities to test whether this type of intervention can increase access to math preparation, improve placement and enrollment in fall math classes, and improve performance in first-year math courses. Students who received the intervention engaged with the platform, though at relatively low rates, and were more likely to retake the placement test and improve their scores than students in the control group. However, these improved scores did not translate into enrolling in higher level math courses, obtaining more math credits, or improving grades in math-related courses during the first year of college. Thus, providing students access to this online tool did not improve their math skills. 相似文献
11.
Rebecca L. Brower Chenoa S. Woods Tamara Bertrand Jones Toby J. Park Shouping Hu David A. Tandberg 《Community College Journal of Research & Practice》2018,42(2):112-128
The purpose of this qualitative study is to understand how educational scaffolding may explain changing patterns of student success in mathematics in the era of developmental education (DE or remediation) reform in Florida College System (FCS) institutions. Specifically, we apply the concept of scaffolding to underprepared FCS students who are at risk of dropping out or failing gateway courses (the first credit-bearing college-level class in a course sequence) because they lack the academic skills necessary to succeed in college-level coursework, particularly in mathematics. We present data from focus groups conducted at 10 FCS institutions, suggesting that a reduction of scaffolding in math remediation occurred in the areas of course sequencing, instruction, and coordination with academic support services following state-level policy changes. In light of these findings, we offer a discussion of practical recommendations for college administrators related to academic advising, instructional strategies in DE courses, coordination between developmental and college-level instructors, student success courses, and the integration of DE instruction with academic support. We also suggest directions for continued research on the effects of policy changes in the FCS and DE reform efforts across the country. 相似文献
12.
As careers in science, technology, engineering, and math (STEM) continue to grow, so has attention to Algebra 1 enrollment timing that serves as a critical predictor of STEM success. The present study adds to the literature by examining if Algebra 1 enrollment timing from 8th to 9th grade is related to sense of belonging in math, and whether this association changes as a function of the students’ perceived school and math race/ethnic context. To capture the dynamic nature of these contexts, we examined racial/ethnic incongruence, or the difference in the perceived number of same-race/ethnic peers in math class and the school of Black, White, Latino, and Asian students. Mixed effects linear modeling analyses were conducted on a sample of 2,938 participants (46% males; 54% females) who attended 26 racially/ethnically diverse middle schools and who transitioned to 142 public high schools in California. The results showed that enrolling and successfully passing 8th Algebra was protective for sense of belonging but this association depended on students’ race/ethnicity and the racial/ethnic incongruence between the math class and school context. Findings have important implications for math education, teaching, and policy. 相似文献
13.
James M. Kallison Jr. David L. Stader 《Community College Journal of Research & Practice》2013,37(5):340-357
An alarmingly high percentage of recent high school graduates are not prepared to succeed in college-level courses, and the impact of this educational shortcoming is substantial. Underprepared college students incur a monetary cost of enrolling in remedial courses, and states and taxpayers subsidize much of the overall cost of developmental education. In addition, underprepared students are less likely to graduate from college, thus impacting their earning potential and the nation's economic need for a more highly educated workforce. One approach to reducing the need for developmental education is high school bridge programs. These programs, which usually take place on a college campus, provide interventions that help targeted students aspire to, prepare for, and achieve college enrollment. This article reports on the effectiveness of bridge programs at Texas colleges in the summer of 2007; it covers two community college programs that demonstrated the highest pre- to postprogram student achievement gains of the participating institutions. Findings from this study and previous research suggest that effective bridge programs (a) have very strong relationships with their partner school districts; (b) provide professional development to all program staff; (c) conduct preprogram orientation sessions and closing ceremonies; (d) provide bus transportation; (e) involve parents in the program; (f) provide students with labs to support classroom instruction; (g) provide academic advising and other support services; and (h) implement both formative and summative evaluation methods. 相似文献
14.
Using a sample of youth who graduated from high school in the late 1990s and early 2000s, this paper examines the impact of high school math curriculum on the decision to go to college. Results that control for unobserved differences between students and their families suggest that a more rigorous high school math curriculum is associated with a higher probability of attending college and of attending a 4-year college. The household fixed effect results imply that students who take an advanced academic math curriculum in high school (algebra II or precalculus, trigonometry, or calculus) are about 17 percentage points more likely to go to college and 20 percentage points more likely to start college at a 4-year school by age 21 compared to those students whose highest math class was algebra I or geometry. 相似文献
15.
Reem Jaafar Andi Toce Bernard A. Polnariev 《Community College Journal of Research & Practice》2016,40(6):534-549
The United States lags behind many countries in mathematics proficiency. Quite often, students after graduating from high school are not prepared to enter college and are required to take remedial courses before taking credit-bearing math courses. This is particularly true at two-year institutions such as LaGuardia Community College, which provides the opportunity for students from a diverse background to attend college and earn a degree. Our college has created numerous initiatives to support the least prepared students. Our Mathematics Learning Center offers support for courses ranging from remedial mathematics through calculus and differential equations. In recent semesters, the mathematics department decided to dedicate a select group of faculty members to identify new ways of improving services at the center. In this paper, we argue for the need to give faculty a central role in assessing and devising appropriate policies for running a tutoring center. We discuss several challenges and solutions that would provide a multidimensional approach to students’ educational experience at a public two-year urban college. 相似文献
16.
This study investigates the link between basic math skills, remediation, and the educational opportunity and outcomes of community college students. Capitalizing on a unique placement policy in one community college that assigns students to remedial coursework based on multiple math skill cutoffs, I first identify the skills that most commonly inhibit student access to higher-level math courses; these are procedural fluency with fractions and the ability to solve word problems. I then estimate the impact of “just missing” these skill cutoffs using multiple rating-score regression discontinuity design. Missing just one fractions question on the placement diagnostic, and therefore starting college in a lower-level math course, had negative effects on college persistence and attainment. Missing other skill cutoffs did not have the same impacts. The findings suggest the need to reconsider the specific math expectations that regulate access to college math coursework.
相似文献17.
This study measured the mathematics admissions process, the mechanism by which educators assign students to the critical ninth-grade mathematics courses, against a meritocratic definition of fairness to determine if this process denied access to students from particular segments of society. While controlling for academic ability, this study assessed if socioeconomic status, race, gender, and school assignment taken independently and in combination were significant in predicting which students were denied admission to Algebra I and Geometry. The findings of this study evinced that students who scored in the upper quartile in mathematics were not scheduled into the gatekeeper mathematics courses without regard to their socioeconomic status, gender, or school assignment. 相似文献
18.
Paul T. Cirino Tammy D. Tolar Lynn S. Fuchs 《The Journal of educational research》2019,112(2):179-191
Algebra I is a crucial course for middle and high school students for successful STEM-related coursework. A key issue is whether students should take Algebra I in Grade 8 versus Grade 9. Large-scale policy studies show conflicting results, and there are few (particularly longitudinal) individual difference studies. In the study, 53 students were assessed in Grade 6 on cognitive, numerosity, and mathematical skills, and then followed; 26 students took Algebra I in Grade 8, and the other 27 in Grade 9. Comparisons between groups at Grade 6 revealed gaps in some (but not all) cognitive skills and on mathematical competencies, but not on numerosity. By Algebra I, gaps in cognitive skills diminished, but gaps in mathematical skills remained constant. Gaps in algebra skills were also apparent, despite the age difference between groups. Results suggest that the additional year of instruction was not optimally tuned to pave the way for strong Algebra I performance. 相似文献
19.
《教育实用测度》2013,26(2):161-177
Gender differences in performance on three types of mathematics test items were investigated using data from students with three different course backgrounds. Eight randomly equivalent samples of high school seniors were each given a unique form of the ACT Assessment Mathematics Usage Test. Only students with three specific profiles of high school mathematics coursework were considered in the analysis. The three background conditions ranged from little mathematics (Algebra I only) to a modest background (two Algebra courses and Geometry) to a full mathematics program including Introductory Calculus. For each background condition, examinee performance was analyzed in a 2 (Gender) x 3 (Item Category) x 8 (Test Form) split-plot factorial design. The results indicated, that, at each of the studied background levels, females performed less well than males on geometry (strategic, geometric) and reasoning (strategic, nongeometric) items. On the other hand, females performed as well as males on algorithmic, operationsoriented items. 相似文献
20.
Perceived Academic Control and Failure in College students: A Three-Year Study of Scholastic Attainment 总被引：6，自引：0，他引：6
Although self-initiative is recognized as instrumental to success in college, some students do not take responsibility for their academic development and fail to make the transition from high school to college. This problem is exacerbated when bright, highly skilled students drop courses or quit college entirely. Research into this paradox of failure reveals that, although high academic control benefits learning-related emotions, cognitions, motivation, and performance, it is not sufficient to ensure optimal success. Along with academic control other factors are implicated in the paradox. In this 3-year longitudinal study, four groups of students who differed in academic control (low, high) and failure preoccupation (low, high) were tracked using broad indices of scholastic development. Overall, students higher in academic control obtained better 3-year GPAs and withdrew from fewer courses. More notable, however, high-academic-control students who were concerned about failure had better 3-year GPAs and also were less likely to withdraw from courses or quit university than the other three groups. Paradoxically, high-academic-control students who were less concerned about failure did poorly. In qualifying the assumption that more perceived control is always better, these results are interpreted following social cognition theory. 相似文献