Envisioning Rural Futures: Bridging the Research Gap Through Authentic Community Partnership

Those of us who grew up or have ever lived in rural communities know all too well the challenges they face. I (Daniel) attended school in a small Arkansas town. Despite having dedicated math and science teachers, the gap in opportunity became glaringly obvious when I arrived at college. Sitting in calculus and chemistry lectures, I watched peers from larger districts breeze through material that I was struggling to grasp for the first time. It wasn’t a lack of interest on my part—I spent my junior high and high school years tinkering with computers and electronics, delighting in every new piece of technology I could find. My struggle wasn’t a fascination with STEM, but with the application. I had a hard time seeing how those abstract concepts of science, technology, engineering, and math connected to the real world.

That disconnection was mirrored in the local economy. In the 1980s and 1990s, my hometown had a stable manufacturing industry. But by the time I graduated in the mid-2000s, most factories had shut down or were on the brink of closing. Unless you planned to work in agriculture, the only viable career path was to leave town. While I was eager to leave at the time, I knew many classmates who deeply wanted to stay, but simply had no other option. They were forced to choose between their home and their future.

My story isn’t unique. It is echoed in the lives of the 9.5 million students currently attending schools in rural communities across the nation. In STEM education research, rural communities are often overlooked, and when they are discussed, the conversation typically focuses on what is missing: insufficient funding, difficulty recruiting specialized teachers, and limited access to advanced coursework or technology. While these challenges are real, they miss a crucial part of the picture.

Growing up in my hometown, I didn’t see a lack of ability. Instead, I saw resourcefulness. Rural life demands practical problem-solving—whether it’s fixing a piece of machinery on a farm or finding a way to make do with limited resources. That mindset is the engineering design process. The raw material for fostering brilliant scientists and engineers is already there; we just need to build better bridges to opportunity.

The disconnect between rural potential, educational opportunity, and workforce development is the driving force behind our new National Science Foundation-funded project, Envisioning Rural Futures. This project is designed to address the critical need for STEM education research that is focused on rural communities—not as subjects to be studied, but as partners in the process. As researchers, we recognized that we cannot simply import urban educational models into rural districts and expect them to work. We need a specific, tailored approach that values rural identity and community needs. Therefore, we are bringing together three key groups: rural STEM educators, workforce leaders in their communities, and researchers in the rural education space. Partners will contribute towards building local pathways and receive compensation for their participation.

Over the next year, we want to understand how STEM education can support local workforce development and how the natural ingenuity of rural students and teachers can be leveraged in the classroom. This convening is ultimately about a mutual exchange of knowledge. Whether it’s in precision agriculture, high-tech mining, or entrepreneurship, we know that STEM work exists in rural communities. Our goal is to uncover how best to support our teachers and students in connecting these pathways.

By the end of the Envisioning Rural Futures project, we hope to have a roadmap—a summary of what, why, and how STEM education research can be re-imagined in rural communities. We also want to identify the priority research questions that will drive funding and policy for the next decade. It is time to stop overlooking rural communities and start learning from them. We invite you to follow along as we learn about our rural communities and what we can do to advance STEM education through ingenuity, research, and community connections.

To learn more about this project, visit the Envisioning Rural Futures website and apply to join our cohort by March 1, 2026!