Education Commons^™

Science, Technology, Engineering, And Mathematics (Stem) Project-Based Learning (Pbl) Education: A New Mexico Case Study For Equity And Inclusion, Kimberly A. Scheerer

Teacher Education, Educational Leadership & Policy ETDs

This research addresses how student participation in Science, Technology, Engineering, and Mathematics (STEM) project-based learning (PBL) education activities encourages underrepresented minority student achievement in STEM career field trajectories. Seven New Mexico high school counselors and 12 STEM organization personnel were interviewed during this study. Their responses represent the nuanced professional voices where New Mexico public education intersects with STEM student interest and cultural influence.

For students, STEM PBL can foster deep integration across educational disciplines and enhance STEM career trajectory interest and readiness. STEM education converged with PBL methodologies has the ability to leverage community support while broadening student networks. …

Exploring Elementary Student And Teacher Perceptions Of Stem And Cs Abilities, Scott R. Bartholomew, Vanessa Santana, Jessica Yauney

Journal of STEM Teacher Education

Curriculum, legislation, and standards across the nation are quickly evolving to incorporate computer science and computational thinking concepts into K-12 classrooms. For example, many states have passed legislation requiring computer science to be included in every school’s curriculum. Most states, however, report high shortages of qualified computer science teachers, meaning, teachers without extensive training will be required to integrate these concepts into their classrooms—a daunting task for most teachers without the necessary background and experiences. This paper reports the impacts of a thirteen-week intervention in a local elementary school designed to introduce computational thinking skills to 4^th and 5 …

Closing The Stem Gap: A University, P-12 School District Partnership To Engage Sixth Grade Students In Integrated Computing Activities, Michiko Mcclary, Deidra Morrison, Kamilah Brown, Y. Rochelle Bennett

South Carolina Association for Middle Level Education Journal

This article describes how participating in a computing program positively impacted young adolescents from underrepresented populations in STEM attitude toward STEM and interest in STEM- related careers. Nineteen sixth-grade students attending a rural, Title I middle school participated in the study. Five computing lessons were taught by undergraduate interns majoring in computer science, middle-level mathematics and science teacher education, and secondary mathematics teacher education. Analysis of quantitative and qualitative data provide convincing evidence that students’attitudes toward STEM improved and interests in STEM-related careers increased because of participating in the computing program.