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About

Mary Jane Ford is a pioneering researcher in STEM education, with a primary focus on integrating robotics into K–12 learning environments to enhance physics content knowledge and scientific inquiry skills. Her landmark 2007 study, "Acquisition of Physics Content Knowledge and Scientific Inquiry Skills in a Robotics Summer Camp," has garnered 218 citations, establishing her as a key voice in the field. Ford’s work addresses a critical gap: despite the popularity of robotics competitions like FIRST LEGO League, empirical evidence for their educational impact was scarce. By demonstrating that robotics activities can effectively teach physics and inquiry, she provided a rigorous foundation for their adoption in classrooms. Her 2006 paper on problem-based learning in teacher education further extends this impact, offering practical frameworks for preparing educators to implement robotics curricula. Ford’s contributions have shaped how educators and policymakers view robotics as a legitimate pedagogical tool, bridging informal and formal science education. Her research remains essential reading for scholars and practitioners seeking evidence-based approaches to engaging students in STEM through hands-on, inquiry-driven learning.