The mixed-method sequential explanatory research study examined the impact of implementing a block schedule in two Missouri high schools. Previously, other studies had investigated the influence of school reform on educational programming, the implementation of professional learning communities, development of project-based learning models, and…

The Innovative STEM--Computer Science and Engineering Design (STEM CSED) project (Award #: U411C190169), funded by an Early-Phase Education Innovation and Research (EIR) grant, sought to strengthen math achievement and foster positive attitudes toward STEM and computer science among students in Waukegan Community Unit School District #60, a large,…

In 2016, Illinois initiated a statewide transitional math program to support students to be academically ready in college-level math before graduating from high school. This qualitative study focuses on the perspective of community college faculty and administrators on the statewide implementation of transitional math programs. We find that a…

The purpose of this study was to determine the impacts of a specific accelerated learning program on STAAR Algebra I End of Course exam scores for students who had previously failed the exam. The accelerated learning program, titled STAAR Acceleration, was intended to help students who had experienced school closures because of COVID-19 improve…

This mixed methods experimental study examined the impacts of the Early College High School model on students' college readiness in mathematics measured by their success in college preparatory mathematics courses in the 9th through 11th grades, and disaggregated for academically prepared and underprepared students. This study looked at the…

The impact of the New Tech Network (NTN) design on several academic measures was tested on ninth graders in four schools in one state located in the Southeastern United States. Research questions explored the extent to which achievement test scores, dual credits earned, and dropout rates differed between ninth grade students in high fidelity NTN…

The evolving educational landscape of our students' needs post-Covid has highlighted that student response to intervention must be of concern to all educators. Our student population has experienced an event that is like no other in our shared educational histories and our response to the aftermath of this event and how we assist students who are…

The purpose of the study was to explore the relationship between the implementation of freshman academies and student achievement in math, English, and science in schools in Arkansas. The study presents a review of the literature that discusses the ninth-grade year and the use of freshman academies to improve student achievement. The study…

Access to high-quality computer science education remains uneven across the United States, with rural schools facing persistent barriers including limited staffing, outdated infrastructure, and constrained professional development opportunities (Gutierrez & Terrones, 2023; Showalter et al., 2019). Computer Science in Rural California (branded…

High school mathematics achievement is crucial to the success of students as they advance through their education and prepare for careers, but most Georgia high school students are not high-achievers on state mandated mathematics assessments (GaDOE, 2019; Yu & Singh, 2018). The purpose of this qualitative study was to explore the life and…

Even though students in the United States have varying access to an equitable education, education is commonly regarded as the greatest equalizer. The achievement gap impacts students such as African Americans, Hispanics, and other minorities. Addressing the achievement gap in mathematics and other content areas has grown more crucial as the…

The Innovation Schools Act of 2008, § 22-32.5-102, et seq. C.R.S., was designed to provide a pathway for schools and districts to develop and implement innovative practices in a wide variety of areas and contexts to improve student outcomes. Innovation schools are required to articulate a vision around the autonomies they are seeking, as well as…

Inquiry-Based Teaching Practice (IBTP) is an essential component of science education, and promoting its implementation is at the heart of various reform efforts. Even though science teachers regard IBTP as an essential pedagogical method, they rarely use it for various reasons. This study utilizes Bronfenbrenner's ecological framework to examine…

This study examined the impact of the levels of fidelity of teacher implementation of a research-based middle school mathematics program, implemented systemically across a district, on student achievement benchmarks. By examining the systemic implementation based on the level of fidelity to the written curriculum, this quantitative study sought to…

Personalized Learning is a teaching and learning philosophy that aims to meet the individual needs of each student by utilizing personal learning profiles, personal learning paths, competency-based learning, flexible learning environments, mentoring, and a culture of growth mindset. For the purpose of this study, a Personalized Learning school is…