Digital Commons Network^™

From Pre-College Grads To Undergrads: Encouraging Full-Time Enrollment After Summer Programs, Meghan Buckley Ph.D.

Journal of College Access

This guest perspective argues that converting in-person summer pre-college program participants into matriculated, degree-seeking undergraduate students at that same institution is a multi-step process that involves: 1) strategic pre-college program recruitment, 2) a curated and well-rounded summer pre-college experience that is both academically rigorous and socially dynamic, and 3) continued and consistent post-program engagement. It also argues that summer pre-college programs should work intentionally with Admissions departments during pre- and post-program development to create the most effective recruiting and enrollment pipelines from pre-college to eventual matriculation

Assessing High School Science Students’ Abilities To Use Cross Cutting Literacy Skills And Scientific Argumentative Writing Skills In A Mid-Western School District, Ellen M. Karel

Masters Theses

This study sought to determine to what extent a centrally focused initiative concentrated on how to teach students to not just write, but how to think, read, and speak about real world problems in a persuasive manner based on multiple sets of data related to science concepts, increased scientific argumentative writing proficiencies among high school students. A secondary area this study attempted to explore was the correlation between the implemented processes in the initiative and high school students’ scientific argumentative writing proficiencies. The study was conducted in a mid-western high school, population 1,088, with a select group of students in …

Characterizing And Supporting Change In Algebra Students' Representational Fluency In A Cas/Paper-And-Pencil Environment, Nicole L. Fonger

Dissertations

Representational fluency (RF) includes an ability to interpret, create, move within and among, and connect tool-based representations of mathematical objects. Taken as an indicator of conceptual understanding, there is a need to better support school algebra students’ RF in learning environments that utilize both computer algebra systems (CAS) and paper-and-pencil. The purpose of this research was to: (a) characterize change in ninth-grade algebra students’ RF in solving problems involving linear equations, and (b) determine conditions of a CAS and paper-and-pencil learning environment in which those students changed their RF.

Change in RF was measured by comparing results from initial to …