Innovative Research Award
Bamidele Emmanuel Tijani — University of Lagos, Nigeria
| Bamidele Emmanuel Tijani |
| Affiliation |
University of Lagos |
| Country |
Nigeria |
| Google Scholar |
JZIAdjsAAAAJ |
| Documents |
18 |
| Citations |
64 |
| h-index |
5 |
| Subject Area |
Artificial Intelligence |
| Event |
Top Teachers Awards |
| Scopus ID |
59759925700 |
| ORCID |
0009-0009-3466-4140 |
Bamidele Emmanuel Tijani is a chemistry educator and researcher whose academic work connects science education, instructional strategies, inclusive learning, technology-enhanced teaching, sustainable development, and emerging applications of artificial intelligence in education. His professional profile combines classroom practice, laboratory management, educational research, peer review, science communication, and curriculum development, with an emphasis on evidence-based approaches to improving student learning.[1][2]
Abstract
Bamidele Emmanuel Tijani is a science educator and researcher whose work focuses on improving chemistry and STEM education through student-centred pedagogy, inclusive science education, technology integration, and evidence-based instructional strategies. His research interests additionally encompass artificial intelligence in education, professional development, teacher competencies, sustainable development, science communication, and contemporary approaches to cultivating transferable skills. His academic trajectory includes postgraduate research at the University of Lagos and research activities addressing inclusive learning, science education, self-reliance, economic development, and 21st-century STEM competencies.[3][4][5]
Keywords
Chemistry education; science education; artificial intelligence; instructional strategies; inclusive science education; student-centred learning; STEM education; educational technology; teacher competencies; professional development; sustainable development; science communication.
Introduction
Bamidele Emmanuel Tijani’s academic and professional activities are situated within contemporary efforts to strengthen science teaching through research-informed pedagogy and technology-supported learning. His work reflects an interdisciplinary orientation linking chemistry education with broader questions of inclusion, learner engagement, teacher development, digital resources, and the contribution of science education to social and economic development. A systematic review published in Discover Education examined the relevance of science education for self-reliance and economic growth in Nigeria, positioning science learning within wider developmental priorities.[4]
His educational background includes a Master of Education in Chemistry Education from the University of Lagos, completed in 2025, and a Bachelor of Science in Chemistry Education from Obafemi Awolowo University (Adeyemi Chapter), completed in 2019. His postgraduate research examined the influence of open inquiry instructional strategy on secondary-school chemistry students’ achievement, conceptual knowledge, and acquisition of process skills.
Research Profile
Bamidele Emmanuel Tijani’s research profile encompasses science education, instructional strategies, inclusive science education, teaching pedagogies, professional development, student-centred teaching and learning, teacher competencies, sustainable development, science communication, and technology and artificial intelligence applications in education. His methodological interests include quantitative, qualitative, and mixed-methods approaches, enabling investigation of educational interventions from complementary empirical perspectives.
His research experience includes service as a Technology Transfer Ambassador at ITMO, University of Lagos, peer-review activities with Springer Nature and Routledge Taylor & Francis Group, peer review for the International Journal of Studies in Psychology, and research-assistant experience at the University of Lagos. These activities complement his teaching experience and contribute to his engagement with the scholarly communication process.
His professional teaching experience includes online tutoring in chemistry and science, secondary-school chemistry teaching, laboratory technology, mathematics instruction, and basic science education. These roles provide a practical context for his interest in student-centred instruction, laboratory-based learning, digital pedagogy, and the development of effective science-learning environments.[1][2]
Research Contributions
A notable contribution of Bamidele Emmanuel Tijani’s research is its attention to inclusive science education. His co-authored study on students with hearing impairment addresses current educational conditions and future needs, emphasizing the importance of reforming science education to accommodate learners with diverse educational requirements.[3]
His research also examines science education as a contributor to self-reliance and economic growth in Nigeria. The 2025 systematic literature review synthesizes evidence concerning the broader relevance of science education to national development, connecting educational outcomes with economic and societal objectives.[4]
A further contribution is his examination of evidence-based strategies for developing 21st-century skills in STEM education. The 2026 systematic review considers contemporary approaches to STEM learning and provides a research-based perspective on strategies for cultivating skills needed in changing educational and technological environments.[5]
Across these areas, his research agenda connects classroom practice with broader educational questions involving inclusion, learner development, teacher competencies, sustainable development, and technology-enabled instruction. This orientation provides a foundation for further investigation of artificial intelligence and digital technologies within science education.
Publications
Bamidele Emmanuel Tijani’s scholarly publications address inclusive science education, the developmental relevance of science education in Nigeria, and evidence-based strategies for cultivating 21st-century STEM competencies. His 2024 co-authored article examines educational needs associated with students with hearing impairment, while his 2025 systematic review considers science education, self-reliance, and economic growth. A 2026 systematic review further synthesizes evidence on strategies for developing 21st-century skills in STEM education.[3][4][5]
The publication record demonstrates an emerging research trajectory that moves from specific inclusion-related challenges toward broader systematic analyses of science education, development, and STEM skill formation. The cited works provide identifiable scholarly outputs through journal and institutional records, including a DOI-indexed article in Discover Education and a DOI-linked 2026 publication.[4][5]
Research Impact
The reported academic profile records 18 documents, 64 citations, and an h-index of 5 in the supplied profile information. His research impact is particularly relevant to science and STEM education because his publications address practical educational challenges alongside wider questions of inclusion, development, and contemporary skills. His engagement in peer review and international scholarly presentations further supports participation in academic knowledge exchange.
The research has potential relevance for educators, curriculum developers, teacher educators, educational researchers, and policymakers concerned with strengthening science learning. The emphasis on evidence-based instructional strategies and inclusive learning provides a basis for translating research findings into improved educational practice while maintaining a connection between empirical scholarship and classroom experience.[3][4][5]
Award Suitability
The profile is relevant to recognition for innovative research because it combines sustained teaching practice with an emerging body of research addressing science education, inclusive learning, STEM competencies, and technology-oriented educational development. His postgraduate research, peer-reviewed publications, professional review activities, and engagement with technology and artificial intelligence in education collectively demonstrate an academic direction oriented toward improving science-learning outcomes.[1][2]
For the Top Teachers Awards context, the strongest evidence of suitability is the alignment between teaching experience and research-informed educational practice. His work connects classroom instruction with systematic research on inclusion, science education, economic development, and 21st-century STEM skills, providing a coherent basis for considering the Innovative Research Award within an academic recognition framework.
Conclusion
Bamidele Emmanuel Tijani’s academic profile reflects the intersection of chemistry education, science education research, inclusive pedagogy, instructional innovation, and emerging educational technologies. His published research addresses practical and systemic issues in science and STEM education, while his professional experience provides a classroom-based foundation for continued scholarly investigation. The combination of research activity, teaching experience, peer-review engagement, and interest in artificial intelligence creates a developing profile within contemporary science education research.[3][4][5]
External Links
References
- Scopus Author Profile, Bamidele Emmanuel Tijani, Scopus Author ID 59759925700. Scopus profile.
- Google Scholar Author Profile, Bamidele Emmanuel Tijani, Google Scholar ID JZIAdjsAAAAJ. Google Scholar profile.
- Adeduyigbe, A. M., Adeduyigbe, A. E., & Tijani, B. E. (2024). “Addressing students with hearing impairment’s current state and future needs: Reforming an inclusive science education.” International Journal of Studies in Inclusive Education, 1(2), 12–15. https://hdl.handle.net/10520/ejc-ijsie_v1_n2_a3.
- Tijani, B. E., & Adeduyigbe, A. M. (2025). “Relevance of science education for self-reliance and economic growth in Nigeria: A systematic literature review.” Discover Education, 4(1), 92. DOI: 10.1007/s44217-025-00504-8.
- Tijani, B. E., & Adeduyigbe, A. M. (2026). “Transforming science education: A systematic review of evidence-based strategies for cultivating 21st-century skills in STEM education.” Journal of Research in Environmental and Science Education, 3(1), 8–23. DOI: 10.70232/jrese.v3i1.37.