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Kristen Bieda
Associate Professor at Michigan State University
Professional Background
Kristen Bieda is a dedicated Associate Professor at Michigan State University, where she has made significant strides in understanding student engagement in mathematical practices within school settings. With past roles as an Assistant Professor and Adjunct Mathematics Faculty member at various institutions, including Madison Area Technical College and Ozarks Technical Community College, Bieda has accumulated a wealth of experience teaching mathematics across different educational levels. Her background as a Mathematics Teacher at Drury University Pre-College Program and Springfield Public Schools #19 underscores her deep commitment to student learning and innovative educational practices.
Education and Achievements
Kristen's academic journey began with a Master of Science (M.S.) in Mathematics from Missouri State University, where she developed a strong foundation in mathematical principles and pedagogical strategies. This foundation paved the way for her subsequent pursuit of a Doctorate (Ph.D.) in Mathematics Education at the esteemed University of Wisconsin-Madison. Her doctoral research has had a lasting impact on the field, focusing on the development of students' competencies in making mathematical justifications and proofs, particularly in middle school education. Kristen's expertise in this niche area of study marks her as a thought leader in mathematical pedagogy.
Research Interests
Kristen Bieda’s research interest lies primarily in enhancing student engagement in mathematical practices. She has robustly investigated middle school students' proof methods and practices, exploring how educational environments can nurture their abilities to justify and prove mathematical claims effectively. Additionally, she has examined the implementation of proof-related tasks within middle school classrooms, striving to improve the written content available in textbooks from elementary to middle school grades. Kristen's work reflects a commitment to drawing connections between the lessons learned in classrooms and the standards set for mathematical reasoning and proof.
Kristen also extends her research to the realm of prospective teachers, focusing on their learning experiences during fieldwork and collaboration with mentor teachers. This involves studying the use of lesson study frameworks as an effective structure for enhancing cooperative learning among pre-service educators. Her exploration of non-traditional learning environments, such as developmental mathematics courses, showcases her innovative approach to teacher education, emphasizing hands-on, practical experiences that are vital in today's teaching landscape.
Contributions to the Field
As an Associate Professor, Kristen Bieda actively participates in shaping the future of mathematics education. Her research findings contribute significantly to the discourse surrounding teaching practices and student engagement in mathematics. By investigating the development of proof and reasoning in the curriculum materials used in middle and elementary grades, she seeks to provide educators with insights into how to better support students in these critical areas.
Her focused research on middle school proof practices not only enhances the teaching methodologies but also aims to bridge the gap between theoretical mathematics and practical application in the classroom. Through her role at Michigan State University, she continues to inspire future educators, emphasizing the importance of crafting engaging mathematical experiences for students of all backgrounds.
Achievements
Throughout her career, Kristen Bieda has successfully published numerous academic papers, participated in relevant educational conferences, and contributed to professional development workshops. Her commitment to enhancing mathematics education is reflected in the positive outcomes of her students and the collaborative initiatives she fosters among aspiring educators. Furthermore, her involvement in innovative research projects showcases her dedication to improving educational practices at all levels, making her a prominent figure in the field of Mathematics Education.
