Supporting persistence by increasing the relevance of algebra to learning: a competency-based curriculum for college algebra

This Project Grant from the National Science Foundation's Division of Undergraduate Education aims to develop and evaluate an empirically-defensible model for increasing STEM persistence and graduation rates among underrepresented students at Hispanic-Serving Institutions. Funded under the STEM Education program (CFDA 47.076), the $500,000 award made to Our Lady of the Lake University on January 1, 2023 will support redesigning the institution's College Algebra course into three discipline-specific sections combining lab support. Concurrently, a two-tiered learning support system will be developed utilizing undergraduate learning assistants in the classroom and specialized peer tutors. The project will study the impact of these activities on student and faculty outcomes through 2027. Results will be disseminated to support similar approaches at other institutions seeking to broaden participation in STEM fields through culturally responsive teaching and leveraging students' prior knowledge.

Abstract

With support from the improving undergraduate stem education: hispanic-serving institutions (HSI) program, this implementation and evaluation (track 2) project aims to develop an empirically defensible model for how hsis and liberal arts institutions can empower students who are underrepresented in their participation in stem fields of study, to succeed in their early stem coursework and graduate in a timely manner. The project will improve stem outcomes at our lady of the lake university by establishing connections between students? Early coursework and future classes through the redesign of the first-year college algebra course combined with the development of a robust learning support system. While IT is required across a range of disciplines, the traditional college algebra curriculum often lacks relevance to students' majors and cultural knowledge, or obvious connections to its applications in non-mathematical fields. By realigning the curriculum to reflect competencies required for students? Future studies, tapping into students? Cultural knowledge, and employing those students as learning assistants and tutors, this project will extend the research on the efficacy of high-impact pedagogical strategies, the importance of socio-cultural knowledge on learning, and the effects of both on student persistence. This project will benefit students by introducing major-specific course content early, thus improving math literacy and promoting a growth mindset. To examine the effects of increasing academic and cultural relevance in early stem coursework, mathematics and non-mathematics faculty will collaborate to redesign a lab-supported college algebra course into three discipline-specific course sections. Concurrently, the project will develop a two-tiered learning support system to aid students in developing and contextualizing their algebra skills. Undergraduate learning assistants will provide support in the classroom, while specialized peer tutors will assist students as they progress through their upper-level courses. The project will study the effects of these activities across demographic levels, in relation to students? Psycho-social characteristics (sense of belonging, mathematical self-efficacy, mindset, mathematical self-concept, and perceptions of relevance), faculty beliefs (about culturally responsive teaching and students? Prior knowledge and mindsets), and academic outcomes. In addition to significantly increasing completion rates for college algebra and algebra-requisite courses, stem retention rates, and stem graduation rates among a predominantly latinx and female student body, this project will contribute to knowledge about conditions that lead to improved stem teaching and learning. Results will be made available to institutions who wish to implement similar approaches through a dedicated website and relevant publications. The HSI program aims to enhance undergraduate stem education, broaden participation in stem, and build capacity at hsis. Achieving these aims, given the diverse nature and context of the hsis, requires innovative approaches that incentivize institutional and community transformation and promote fundamental research (I) on engaged student learning, (II) on diversifying and increasing participation in stem effectively, and (III) on understanding ways to improve institutional capacity at hsis. This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the foundation's intellectual merit and broader impacts review criteria.