This project expands from a single site into a multi-university, multi-school teacher professional development and curriculum development initiative for geospatial integration into science, social studies, and STEM courses. Student outcomes addressed include spatial thinking and reasoning and STEM college and career interests.

The goal of this project is to develop an innovative, research-based workforce development model for students with Autism Spectrum Disorder that (1) increases student self-regulation, interest, and motivation in Geographic Information Science & Technology (GIST), (2) expands students’ understanding of GIST/STEM concepts and skill sets, and (3) certifies students as FAA Drone Pilots (FAA Part 107).

This project is a multiyear study of the impact of an enrichment program that the US National Science Foundation (NSF) managed in the 1990s. The Young Scholars Program (YSP) involved around 18,000 7th–12th grade students and 600 separate grants between 1989 and 1996. The purpose of YSP was to introduce high-achieving middle and secondary school students to science, technology, engineering, and mathematics (STEM) fields to encourage their entry into those fields and thus increase the size and quality of the nation’s STEM workforce.

The goal for the STEM Career Connections project is to develop an innovative career readiness model for both in and out of school settings that will profoundly increase the knowledge of, and interest in, STEM  and computing careers for middle school youth in a rural mountain community who are often underserved in STEM fields.

This Synthesis project uses meta-analysis and qualitative synthesis to examine the effects of integrating innovative technologies into K-12 STEM education on students’ STEM career-related outcomes, and if and in what ways intervention characteristics and educational settings moderate these effects.

We will collaborate with 3 annual teacher cohorts (80 teachers total) from Florida Title I middle schools to develop innovative STEM curriculum. This will be done via week-long summer PDs, scientist-teacher partnerships, periodic virtual sharing and planning meetings, and standards-based curricular instruction during the school year. Our project activities integrating fossil sharks and AI will reach at least ~2K to 4K students each year.

This poster describes a project to foster energy/climate-related STEM career knowledge and interest in diverse high school students in Minnesota through an engaging year-long experiential learning project that tests the effectiveness of near-peer mentors as STEM/energy education and career role models that enhance the STEM-relevant cognitive and social-emotional impacts of simulation- and project-based learning.