Fernando Espinoza

Fernando Espinoza is a Professor and Coordinator of Graduate Programs in Science Education at the State University of New York College at Old Westbury. He is affiliated with the School of Education, specifically within the Adolescence Education Chemistry & Physics Department. His academic work focuses on science education, particularly physics education research, and he teaches courses ranging from undergraduate to graduate levels in science education.

Dr. Espinoza's educational background includes:

• Ed.D. from Columbia University, New York, NY
• M.A. from Queens College, Flushing, NY
• B.A. from Queens College, Flushing, NY

His research interests center on cognitive aspects of learning mechanics, particularly wave motion as inquiry in physics education. He explores the nature of science through historical, philosophical, and sociological perspectives, and develops inquiry-based instructional models for science teaching. Dr. Espinoza is particularly interested in how microcomputer-based laboratories can enhance science learning, focusing on conceptual understanding in physics and broader science education contexts.

Analysis of Dr. Espinoza's recent publications (2012-2024) reveals a consistent focus on science education, particularly physics education research. His work demonstrates an evolving trajectory from foundational work on the nature of science to more specialized inquiries into wave motion, time as a conceptual framework, and knowledge representation. A significant thread throughout his scholarship is the development and assessment of inquiry-based instructional models that leverage technology to enhance conceptual understanding in science.

Dr. Espinoza coordinates graduate programs in science education, indicating active involvement in student mentoring and program development. While specific grant information isn't provided in the available text, his research on guided inquiry with simulations and technology-rich learning environments suggests engagement with educational research funding opportunities. His work with the SUNY-Venezuela COIL Academy indicates international educational collaboration.

His scholarly activities include developing courses on the physics of light and sound, creating instructional models that use time as a conceptual framework, and investigating how graphical representations and physical manipulation affect students' understanding of motion and wave phenomena.