Kreshnik Begolli

Kreshnik Begolli serves as a Research Scientist at the University of California, Irvine's School of Education, where he investigates cognitive and socioemotional mechanisms in mathematics learning through innovative playful interventions. His work bridges laboratory-based cognitive science with real-world educational settings, focusing on translating theoretical insights into practical classroom and outdoor applications.

Begolli earned his Ph.D. in Education from UC Irvine in 2015 with a specialization in Learning, Cognition, and Development, followed by postdoctoral training at Temple University's Institute of Education Sciences (2015-2017). His research program examines two interconnected strands: (1) how children develop higher-order thinking skills through analogical reasoning and spatial cognition, and (2) how to improve teaching practices using ecologically valid methodologies. Key projects include Fraction Ball (transforming basketball courts into fraction-learning environments) and Parkopolis (a board game fostering STEM skills through play), which integrate physical activity with mathematical reasoning.

Analysis of his 15 most recent publications reveals consistent focus on playful learning landscapes that merge cognitive science with educational practice. His work increasingly emphasizes global applicability, with recent studies examining interventions in low- and middle-income countries and non-WEIRD populations. Methodologically, he combines experimental designs with implementation research to address scalability challenges while maintaining scientific rigor in complex learning environments.

Begolli's collaborative approach spans multiple institutions, working with prominent researchers including Lindsey Richland (UCI), Kathy Hirsh-Pasek (Temple University), and Nora Newcombe (Temple University). His projects often secure external funding for developing and testing interventions that transform everyday spaces into learning opportunities, though specific grant details aren't documented in the provided materials. Current work focuses on refining assessment tools for playful learning and addressing implementation barriers identified through teacher partnerships.

Through the Center for Research on Teacher Development and Professional Practice, Begolli contributes to initiatives connecting research with practice, particularly through UCI's educational outreach projects like the California Reading & Literature Project and UCI Math Project. His leadership in designing outdoor learning environments demonstrates commitment to making high-quality STEM education accessible beyond traditional classroom walls.