New Perspectives in Science Education

Preparing students for an increasingly technological workforce requires science and mathematics educators to connect disciplinary content with authentic STEM practices, problems, and career pathways. This presentation examines the STEM Teacher–Industry Partnership (STEM-TIP), a university–school–industry professional development model developed through Western Kentucky University’s SKyTeach program to strengthen middle and secondary teachers’ capacity to integrate real-world STEM applications into classroom instruction.

STEM-TIP brings together university faculty, exemplary STEM teachers, and industry professionals to collaboratively design and deliver professional development grounded in research-based pedagogy, project-based inquiry, hands-on investigation, and authentic problem solving. Across four workshops, participating educators engaged with applications drawn from manufacturing, engineering, robotics, public safety, and building systems. Examples included proportional reasoning through basketball-goal manufacturing, engineering design with robotics, motion analysis through traffic-accident reconstruction, and mathematical modeling of airport airflow requirements. In each case, a STEM teacher leader and an industry professional connected disciplinary standards and classroom pedagogy with the ways science, mathematics, and engineering are used beyond school.

This presentation reports findings from satisfaction and impact surveys completed by 84 participants across the first four STEM-TIP workshops. On a five-point scale, participants rated overall workshop quality highly (M = 4.87), as well as relevance and applicability to teaching practice (M = 4.64), engagement and classroom feasibility of the model lessons (M = 4.70), usefulness of materials (M = 4.63), and the value of industry professionals’ real-world insights (M = 4.70). Participants also reported greater confidence in integrating industry-related STEM applications into their classrooms (M = 4.51), and 81% indicated interest in attending additional STEM-TIP workshops. Open-ended responses reinforced these findings, with teachers frequently identifying real-world applications, hands-on learning, community and career connections, standards alignment, and classroom-ready resources as especially valuable.

Beyond presenting outcomes, this session will examine STEM-TIP as a replicable professional-development framework for strengthening connections among schools, universities, and STEM industries. Although developed within a manufacturing-rich region of the United States, the model is designed around partnership principles that can be adapted to other educational and economic contexts. Particular attention will be given to how authentic professional contexts can support teacher learning while helping educators answer a question students frequently ask: “When will I ever use this?” The findings suggest that intentionally structured teacher–industry partnerships can help make STEM instruction more relevant, applied, and connected to local career opportunities while providing educators with practical strategies they can transfer directly to their classrooms.

KEYWORDS: STEM education; teacher professional development; industry partnerships; authentic learning; project-based inquiry