Developmental education has increasingly become part of the national debate in higher education. This is particularly true for developmental mathematics courses which, in general, have the highest rates of failure and noncompletion of any developmental subject area. This manuscript describes the current state of the art in developmental…

The purpose of this paper is to discuss the effectiveness of incorporating study strategies in a developmental mathematics/college algebra program. Both quantitative and qualitative data were collected through a quasiexperimental methodology. Results show that students reported increases on the Learning and Study Strategies Inventory (LASSI)…

This article presents an interview with Dr. Paul Nolting, a national expert in assessing individual math learning problems, developing effective student learning strategies, and assessing institutional variables that affect math success. Since his dissertation in 1986 on improving math success with study skills Dr. Nolting has consulted with over…

Developmental education is a pedagogical challenge, especially since students are grappling with academic material they have seen before (some recently). In this article, the author discusses developmental mathematics and describes the typical developmental mathematics sequence. She also proposes to build new pathways for developmental…

Every year tens of thousands of students step foot on community college campuses, many for the first time. These students all have one thing in common: hope. They enter these institutions with lofty goals and a fervent expectation that the educative experience they are about to embark upon will fundamentally improve their lives. Yet, their hopes…

This quasiexperimental study compared academic performance of students enrolled in a developmental mathematics course using traditional instruction (i.e., lecture) and traditional instruction supplemented with computer-assisted instruction. In addition, gender differences in mathematical performance were also investigated. There was no…

Studies of students enrolled in computer-based instruction have yielded mixed results, with some reporting a high dropout rate. Tis article describes a quantitative study examining the probability of students' withdrawal from a computer- versus lecture-based developmental math course based on learning style, reasons for selecting the instructional…

The purpose of this study is to determine differences in mathematics self-efficacy between students enrolled in a developmental mathematics course and those enrolled in a calculus course. Data from a sample of 185 freshmen students at a single 4-year institution using the Mathematics Self-Efficacy Scale are analyzed. Results indicate that calculus…

Discusses a study concerning the effective use of Supplemental Instruction (SI) in 90 developmental mathematics courses at a southern state university in spring, summer, and fall 2000. Reports that, based on student outcomes, SI may have made a positive difference in performance and retention rates for the students. (Contains 16 references.)…

Presents an interview with Bob Hackworth on developmental mathematics traditions and alternatives. Discusses issues ranging from how math education, instruction, and technology at two-year colleges have changed over the last 10-15 years, to the role assessment instruments play, or should play, in developmental education and education generally.…

Analyzes data on math performance in three developmental courses using chi-square analysis. Finds that enrollment patterns in math courses were related to ethnicity and age but not gender. Relationships were found between pass-fail frequencies and gender, age, and ethnicity, and between grades and ethnicity in two of the three developmental…

States that average and below average students' learning styles tend to be more concretely dimensional. Providing developmental students with physical models (e.g. adding and subtracting of integers using two color chips on a number line) helps them to abstract the more complex meanings and ideas of higher mathematical thought. (PGS)

Describes a study that explores the relationship between affective variables and mathematics achievement among high-risk students enrolled in developmental-mathematics courses. Finds that time taken from traditional instruction in college algebra to encourage persistence and problem-solving skills enhances spatial visualization, promotes…

Describes a study that investigated the influence of small-group work on confidence level and achievement of adults in mathematics, specifically in algebra. Students who participated in the experimental (small-group) method of instruction experienced significantly greater increase in confidence level, and higher completion rate, than students who…

Describes a method for incorporating writing into the basic mathematics program using personal math journals composed of a graph showing the number of hours devoted daily to math homework, a record of test grades, and at least one paragraph about the student's math experiences or another math-related topic. (AYC)