The National Science Foundation (NSF) has awarded $4,999,858 to support the National STEM Teacher Corps Pilot Program: Elevating K-8 Science and Engineering Teaching in Texas. The five-year project will be led by Dr. Jeanna Wieselmann, Assistant Professor in the Simmons School of Education and Human Development, with Professor Anthony Petrosino (Department of Teaching and Learning) and Associate Professor Janille Smith-Colin (Lyle School of Engineering) serving as Co-Principal Investigators.Petrosino’s National Leadership in STEM Education
Professor Anthony Petrosino, Co-Principal Investigator, brings to this project more than two decades of leadership in STEM education reform, backed by a long track record of NSF-funded research. Since 2019 alone, he has served as Principal Investigator or Co-Principal Investigator on multiple NSF awards. His major projects include:
VaNTH ERC: A seven-year NSF Engineering Research Center that united Vanderbilt, Northwestern, UT Austin, and Harvard-MIT in transforming bioengineering education.
Mathfinder: An NSF-funded augmented reality app that allows students in grades 4–8 to experience mathematics in real-world environments.
UTeach Engineering and Beyond Blackboards: Large-scale NSF-supported efforts to design innovative teacher preparation models and immersive science learning experiences.
Petrosino is also the co-founder of UTeach, one of the nation’s most influential programs for preparing STEM teachers, and has contributed to major reports from the National Academies of Sciences, Engineering, and Medicine. These experiences deeply inform his role on the new project, where he will oversee longitudinal research on science and engineering integration, STEM teacher leadership, and teacher retention.
“This project extends a long tradition of NSF-supported research designed to elevate STEM education,” Petrosino said. “It is exciting because it not only advances research, but also supports teachers directly as they prepare young people with the critical thinking and problem-solving skills needed in a rapidly changing world.”
Addressing Urgent Needs in Texas and Beyond
The research comes at a pivotal time, as Texas implemented new science education standards in 2024–2025 that require engineering integration across all grade levels. Yet, few elementary and middle school teachers have formal training in engineering education.
Principal Investigator Dr. Wieselmann explained, “With these new standards, there is a critical need for professional learning for Texas teachers of grades K-8. Teachers need support in effectively integrating engineering into inquiry-based science instruction.”
The project will:
Recruit and support 20 expert K-8 science teachers as members of the Texas STEM Teacher Corps.
Provide professional development to an additional 80 teachers statewide.
Advance national knowledge on science/engineering integration, STEM teacher leadership, and teacher retention.
Together, these teachers will reach approximately 12,000 students across Texas in the first phase, with long-term benefits expected across the state and nation.
Building a Statewide Alliance
This initiative is a collaboration between SMU and Tarleton State University, with additional alliance partners including the Texas Region 10 Education Service Center, Teach for America, the Charles Butt Foundation, and multiple school districts: Stephenville ISD, Huckabay ISD, Glen Rose ISD, and Dallas ISD.
Dr. Smith-Colin noted, “This project strengthens both teacher knowledge and student opportunity. By providing K-8 educators with expertise in engineering design, practices, and communication, we are equipping Texas students to excel in STEM fields.”
This material is based upon work supported by the National Science Foundation under Award Number (FAIN): 2500229. Any opinions, findings, conclusions, or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.