MoyoEd Research

Bridging Science, Research, and Classroom Insight

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about

With a strong interest in educational research, Dr Caleb Moyo is especially interested in science learning environments and ideas, as well as the use of technology in science instruction. He has contributed to the development of contextualised curriculum resources based on research, teacher in-service training in math and science, and research on scientific teaching and learning.
Additionally, he has experience working in a range of educational settings across several countries, including the Global South and the Middle East. His articles have mostly addressed the use of technology in science education.
His current studies centre on the dynamics of science classroom interactions, social media and academic performance, mathematics anxiety in African schools, and misconceptions in the study of chemistry. He has given several presentations at international conferences.
Dr. Caleb Moyo is a renowned educational researcher, specialising in science teaching theories and technology, collaborating on research-informed curriculum resources and teacher training.

  • Manipulative Skills in Chemistry Education: Bridging Practice and Conceptual Understanding.

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.

  • Leveraging AI in A-Level Chemistry: Evidence-Based Strategies for Smarter Teaching and Learning.

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.

  • ​Dialogic Teaching in STEM Education: Transforming Secondary School Learning in Emerging Economies.​

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.

  • From Spectacle to Understanding: The Pedagogical Power of Teacher Demonstrations in Chemistry.

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.

  • Week 1: The Power of Retrieval—Strengthening Learning by Remembering.

    Week 1: The Power of Retrieval—Strengthening Learning by Remembering.

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.

  • Hello World!

    Welcome to MoyoEd Research, where science, research, and classroom insight come together. Here, I share practical strategies, lab reflections, and evidence-based approaches to help STEM educators teach smarter and engage students more deeply. From improving lab skills to fostering curiosity through inquiry, every post connects research with real classroom practice so you can turn experiments into meaningful learning experiences.