A Mixed-Method Research Study of Dual Enrolled Students’ Experiences in a Research Course: Research Capital Development?

Early college and dual enrollment initiatives provide students opportunities for college credit courses and increased academic engagement. The purpose of this mixed methods research study was to examine the case of 79 dual-enrolled students in a research methodology course using online surveys and focus groups. Students perceived increased knowledge regarding undergraduate research content, whereas their perceived research usefulness decreased slightly. Likewise, students felt increased comfort with research and expressed perceived benefits but felt anxiety by setting different types of expectations and comparisons. Findings add to the relevant literature by mixing quantitative and qualitative data in this case study to allow for meta-inferences about the dichotomy of being a dual-enrolled student taking research courses, and by suggesting the notion of research capital related to the dynamics of dual enrollment programs in a Southeastern state.

College Comes to High School: Participation and Performance in Tennessee’s Innovative Wave of Dual-Credit Courses

We analyze the rollout of a Statewide Dual-Credit (SDC) program intended to expand access to college-level courses during high school. We find that SDC increased early postsecondary course-taking among students in the middle of the achievement distribution, especially through courses in vocational subjects, without decreasing participation in Advanced Placement (AP). However, SDC was mostly offered by schools already providing courses in similar subject areas and was less frequently offered in small relative to large schools, thus doing little to ameliorate placed-based gaps in course-taking opportunities. Furthermore, a majority of students failed the end-of-course exams necessary to secure college credit, and those who passed closely resemble students who pass AP exams. Low SDC exam pass rates predict school-level discontinuation of SDC courses over and above a range of other factors that reflect student demand and staffing capacity.

Advanced Placement and Concurrent Enrollment Substitution Effects

Advanced placement (AP) and concurrent enrollment (CE) provide high school students with rigorous coursework and possible college credit. Theoretical modeling predicted students would substitute CE for AP courses conditional on their probability of earning university credit, passing AP tests, and college selectivity despite CE costing more than AP. In the current study, CE costs to families drop to zero and students should be expected to maximize substitution. This study uses multiple years of school-level data from Colorado, a state with a growing CE sector to test substitution effects. Using a school fixed-effect Poisson regression of the most commonly taken AP exams, results indicate limited evidence of widespread substitution. The continued preference for AP may increase costs to families and reduce potential college credits.

Cost-Effectiveness of a Statistics-Based Approach to Developmental Mathematics Education

Due to the low success of traditional, postsecondary remediation mathematics, The Maryland Mathematics Reform Initiative First in the World Grant (MMRI–FITW) sought to develop and implement a statistics pathway in 2- and 4-year institutions as an alternative to traditional algebra-based math, to accelerate developmental mathematics students’ progress into credit-bearing postsecondary mathematics courses. In this study, we use cost to students and cost to institutions to estimate the cost per student and assess the cost-effectiveness of MMRI–FITW statistics-based vs. traditional algebra-based approach to developmental mathematics education for increasing student enrollment in college credit-bearing mathematics. The results indicate participating in the MMRI–FITW statistics-based vs. traditional algebra-based approach reduces education costs by approximately 7 percent and is 36 percent more cost-effective for increasing student enrollment in college-credit mathematics. The article concludes with the implications of the cost-effectiveness results for scaling the MMRI–FITW statistics-based approach

Dual Credit Courses and Legislation: Does Public Policy Align with Academic Outcomes?

The opportunity to earn college credit while in high school is an attractive option for high school students to start a college career. The process is referred to as dual credit courses. In 2015 Texas law from House Bill 505 allows for high school freshmen and sophomores to take college courses to increase certificate and degree completion, thus meeting the goals of the Texas higher education masterplan. The purpose of the study was to examine how student characteristics among 9th, 10th, 11th, and 12th-grade high school students relate to academic success in a dual credit environment. However, results showed a lack of participation grounded in the foundation of House Bill 505. Results of statistical and policy analyses show the law falls short of its intended outcomes and may have adverse effects.

Course Design and Academic Outcomes in Quantitative Literacy After Eliminating Required Remediation

In Fall 2018, remedial mathematics courses were eliminated from the 23-campus California State University system under Executive Order 1110. Incoming first-year students were placed into college credit-bearing mathematics courses with options for corequisite support. This study examines the academic outcomes for students at California State University Monterey Bay in a college credit level quantitative literacy (QL) mathematics course with optional corequisite support during the 2018-2019 academic year. Taken together, the results of this study suggest that required remediation is not necessary for success in college-level QL. The corequisite support model also has potential to support more equitable outcomes for all students. However, further study is needed to identify institutional, departmental, and pedagogical best practices for effective corequisite support in QL.

PLA as a Tool

Prior learning assessments provide students with the opportunity to demonstrate their competence related to knowledge, skills, and abilities that might lead to the awarding of college credit, documenting a pathway to alternative credentials, or earning credit for what they know. Complete Florida, an innovation project in the state of Florida, sought to help adults with some college but no academic credentials, working with students and institutions to identify opportunities for earning non-traditional credit based on an individual's prior knowledge and experience. PLA opportunities help jumpstart an individual's CBE journey and can help to accelerate a student's progress toward completion. Complete Florida, established in 2013 and defunded in 2019, leveraged a discussion to help institutions and students proactively consider how PLA can be used to leverage prior education, knowledge, skills, and abilities for earning college credit.