EDU epscor DCL: strengthening the frontlines of computer science education: empowering teachers to lead rigorous CS programs in south carolina

This Project Grant award from the National Science Foundation (CFDA 47.070 - Computer and Information Science and Engineering) provides $293,330 to Coastal Carolina University to address the computer science (CS) teacher shortage in South Carolina. The project aims to increase the number of licensed CS teachers in the state who can lead rigorous CS programs, especially in rural, low-income, and underrepresented schools.

The key products and services to be delivered include:

• An accelerated, comprehensive summer boot camp curriculum that models CCU's CS education program and embeds cognitive learning-based, culturally responsive teaching pedagogies
• Professional development sessions on implementing the Beauty and Joy of Computing AP CSP curriculum
• Creation of a Discord-based social media learning community for participating teachers
• A final capstone project to strengthen teachers' CS skills and the CS education support network in South Carolina

The project will directly impact 32 South Carolina teachers and evaluate the boot camp's design, content quality, and impact on teachers' CS efficacy, content knowledge, computational thinking, and culturally responsive teaching skills. Findings from this research-practice partnership between CCU and South Carolina teachers/schools are expected to contribute to understanding how to design scalable CS teacher boot camps for future implementation.

Abstract

There is a computer science (CS) teacher shortage in the united states at the k-12 level due to many factors, including the scarcity of post-secondary CS teacher preparation programs. This high school strand research-practice partnership between coastal carolina university and south carolina teachers and schools, including those serving rural, low-income, and underrepresented students in CS, aims to increase the number of licensed CS teachers in south carolina who can lead rigorous CS programs in their schools. The project will offer an accelerated, yet comprehensive, summer boot camp curriculum that models the university?s CS education program and embeds cognitive learning-based, culturally responsive pedagogies. This project has the potential to advance what is known about CS boot camps and how these accelerated programs can be used effectively in CS teacher education, especially in states with high percentages of low-income, rural schools and a high percentage traditionally underrepresented students in CS. This project aims to directly impact 32 south carolina (SC) teachers, including teachers from rural, title 1 schools and those serving a high percentage of traditionally underrepresented students. The boot camp design will include professional development sessions on implementing the beauty and JOY of computing AP CSP curriculum, a discord social media learning community for teachers, and a final capstone project that will strengthen teachers? CS skills and the csed support network available in SC. In this study, teachers in the RPP and those in the boot camp will evaluate the boot camp?s design and explore supports that improve csed experiences for students in SC high schools. Several measures will be used in this project to collect data and evaluate student and teacher outcomes, the content and design quality of the boot camp, and the RPP?s effectiveness. Our research questions are: 1) to what extent has the RPP positively influenced CS perception for teachers, students, researchers, and administrators? 2) how does the CS summer boot camp impact teachers? CS efficacy, content knowledge, computational thinking, and culturally responsive teaching skills? 3) how does the design of the CS boot camp impact teachers? CS pedagogical skills? 4) to what extent does the implementation of cognitive learning-based, culturally responsive teaching strategies impact students? Motivation, engagement, and learning? 5) how can lessons learned be used to impact policy and future study iterations? Findings will contribute to understanding how to design scalable boot camps for future implementation. 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.- subawards are not planned for this award.