Reinvigorating Inquiry-based Instruction in Science Classrooms in Tanzania: Lessons from South Africa and the United States
Corresponding Author(s) : mjege kinyota,
Journal of Humanities & Social Science (JHSS),
Vol. 9 No. 1 (2020)
Abstract
Inquiry-based instruction (IBI) is widely renowned as one of the best approaches to
teaching school science. Nonetheless, while science teachers in Tanzania might involve in
teaching activities consistent with inquiry, IBI is not yet recognised as a formal approach
to teaching science. Hence, this study investigated the extent to which IBI is promoted in
Tanzanian secondary science curriculum documents. Additionally, it proposed
suggestions on how to adopt IBI in the context of Tanzania. Using document analysis as a
method of inquiry, six syllabi for secondary school science subjects in Tanzania were
analysed to assess the extent to which they support the IBI practice. Further, curriculum
documents for secondary school science from South Africa and the United States were
also analysed. This was done to compare between education systems that have recognised
IBI as a formal approach to teaching science with that of Tanzania. Results indicated that
while teaching methods, goals and objectives of education support the practice of IBI, a
few aspects such as the time allocated and resources suggested for accomplishing
investigative learning activities are the barriers to practising IBI. By reflecting on these
results and lessons learned from the US and South Africa, the study provides
recommendations such as allocating enough time for carrying out scientific investigations,
changing teachers’ beliefs, revision of some learning objectives, and promoting teacher
professional development in case Tanzania wishes to adopt IBI.
Keywords
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- Anangisye, W. A. 2011. Developing Quality Teacher Professionals: A Reflective Inquiry on the Practices and
- Challenges in Tanzania. Retrieved from http://aadcice.hiroshima-u.ac.jp/e/publications/sosho4_2-
- pdf.
- Anderson, R.D. 2002. Reforming Science Teaching: What Research Says About Inquiry. Journal of
- Science Teacher Education, 13: 1–12.
- Areepattamannil, S. 2012. Effects of Inquiry-based Science Instruction on Science Achievement and
- Interest in Science: Evidence from Qatar. The Journal of Education Research, 105(2): 134–146.
- Arnove, R. F. 2007. Introduction: Reframing Comparative Education: The Dialectic of the Global and
- the Local. In R. F. Arnove & C. A. Torres (eds.), Comparative Education: The Dialectic of the Global
- and The Local (3rd ed., pp. 1–20). Lanham, MD: Rowman & Littlefield.
- Booth, M.Z. 2006. “Neither A Borrower, Nor A Lender Be”: Educational Reform Through
- Transnational Borrowing and Lending. Comparative Education Review, 50(2): 278–287.
- Bowen, G. A. 2009. Document Analysis as A Qualitative Research Method. Qualitative Research
- Journal, 9(2): 27–40.
- Cairns, D & S. Areepattamannil. 2019. Exploring the Relations of Inquiry-based Teaching? To
- Science Achievement and Dispositions in 54 Countries. Research in Science Education, 49: 1–23.
- Capps, D.K., B.A. Crawford & M.A. Constas. 2012. A Review of Empirical Literature on Inquiry
- Professional Development: Alignment with Best Practices and a Critique of the Findings?.
- Journal of Science Teacher Education, 23(3): 291–318
- Crujeiras-Pérez, B &? M.P. Jiménez-Aleixandre. 2019. Students’ Progression in Monitoring
- Anomalous Results Obtained in Inquiry-based Laboratory Tasks. Research in Science Education, 49:
- –264.
- Dudu, W.T &E. Vhurumuku. 2012a. Exploring South African Grade 11 Learners’ Perception of Classroom
- Inquiry: Validation of A Research Instrument. Science Education International, 23(2): 150–165.
- Dudu, W.T & E. Vhurumuku. 2012b. Teachers' Practices of Inquiry When Teaching Investigations: A
- Case Study. Journal of Science Teacher Education, 23(6): 579–600.
- Edelson, D.C., D.N. Gordin & R.D. Pea. 1999. Addressing the Challenges of Inquiry-based Learning
- through Technology and Curriculum Design. The Journal of the Learning Sciences, 8(3&4): 391–
- Erduran, S & A. Msimanga. 2014. Science Curriculum Reform in South Africa: Lessons for
- Professional Development from Research on Argumentation in Science Education. Education as
- Change, 18(S1): S33–S46.
- Fang, S.-C. 2020. Towards Scientific Inquiry in Secondary Earth Science Classrooms: Opportunities
- and Realities. International Journal of Science and Mathematics Education, https://doi.org/
- 1007/s10763–020–10086–6
- Fitzgerald, M., L. Danaia & D.H. McKinnon. 2019. Barriers Inhibiting Inquiry-based Science
- Teaching? and Potential Solutions: Perceptions of Positively Inclined Early Adopters. Research
- in Science Education, 49: 543–566.Hutchins, K.L & P.J. Friedrichsen. 2012. Science Faculty Belief Systems in a Professional
- Development Program: Inquiry in College Laboratories?. Journal of Science Teacher Education,
- (8): 867–887.?
- Jiang, F & W.F. McComas. 2015. The Effects of Inquiry Teaching on Student Science Achievement
- and Attitudes: Evidence from Propensity Score Analysis of PISA Data. International Journal of
- Science Education, 37(3): 554–576.?
- Kafyulilo, A.C & F. Tilya. 2019. Learning Technology by design: Experiences from In-service Science
- and Mathematics Teachers in Tanzania. Journal of Education, Humanities and Sciences, 8(1): 16–29.
- Kang, J & T. Keinonen. 2018. The Effect of Student-Centred Approaches on Students’ Interest and
- Achievement in Science: Relevant Topic-Based, Open and Guided Inquiry-Based,?and
- Discussion-Based Approaches. Research in Science Education, 48: 865–885.
- Kinyota, M & P.S. Kavenuke. 2018. Whose Name Are in Science Textbooks? Justifying the Need for
- Critical Pedagogy in Tanzania Science Classrooms. Journal of Education, Humanities and Sciences,
- (1): 31–44.
- Kinyota, M., P.S. Kavenuke & R.J. Mwakabenga. 2019. Promoting Teacher Professional Learning in
- Tanzanian Schools: Lessons from Chinese School-Based Professional Learning Communities.
- Journal of Education, Humanities and Sciences, 8(1): 47–63
- Kitta, S. & F. Tilya. 2010. The Status of Learner-Centred Learning and Assessment in Tanzania in The
- Context of the Competence-Based Curriculum. Papers in Education and Development, 29: 77–90.
- Komba, W. & E. Nkumbi. 2008. Teacher Professional Development in Tanzania: Perceptions and
- Practices. Journal of International Cooperation in Education, 11(3): 67–83.
- Lehesvuori, S., U. Ramnarain & J. Viiri. 2018. Challenging Transmission Modes of Teaching in Science
- Classrooms: Enhancing Learner-Centeredness? Through Dialogicity. Research in Science
- Education, 48: 1049–1069.
- Manz, E., R. Lehrer, & L. Schauble. 2020. Rethinking the Classroom Science Investigation. Journal of
- Research in Science Teaching, 1–27. DOI: 10.1002/tea.21625
- Massachusetts Department of Elementary and Secondary Education (MDESE). 2016. Massachusetts
- Science and Technology/engineering Curriculum Framework. Malden, Massachusetts: MDESE
- Ministry of Education and Vocational Training [MoEVT]. 2005. Biology Syllabus for Secondary
- Education, Form I–IV (Edition of 2012). Dar es Salaam: Tanzania Institute of Education.
- —. 2007. Physics Syllabus for Ordinary Secondary Education, Form I–IV (Edition of 2017). Dar es Salaam:
- Tanzania Institute of Education.
- —. 2009a. Biology Syllabus for Advanced Level Secondary Education, Form V–VI. Dar es Salaam (Edition of
- : Tanzania Institute of Education.
- —. 2009b. Chemistry Syllabus for Advanced Secondary Education, Form V–VI. Dar es Salaam (Edition of
- : Tanzania Institute of Education.
- —. 2009c. Chemistry Syllabus for Ordinary Secondary Education, Form I–IV. Dar es Salaam (Edition of
- : Tanzania Institute of Education
- —. 2009d. Physics Syllabus for Advanced Secondary Education, Form V–VI. Dar es Salaam (Edition of 2017):
- Tanzania Institute of Education.Mkimbili, S.T., D. Tiplic & M. Ødegaard. 2017. The Role Played by Contextual Challenges in
- Practising Inquiry-based Science Teaching in Tanzania Secondary Schools. African Journal of
- Research in Mathematics, Science and Technology Education, DOI:10.1080/18117295.2017.1333752
- Moote, J. 2019. Investigating the Longer-Term Impact of the CREST Inquiry-based Learning
- Programme on Student Self-Regulated Processes and Related Motivations: Views of Students
- and Teachers. Research in Science Education, 49: 265–294.
- Nadelson, L.S., J. Callahan, P. Pyke, A. Hay, M. Dance & J. Pfiester. 2013. Teacher STEM Perception
- and Preparation: Inquiry-based STEM Professional Development for Elementary Teachers. The
- Journal of Educational Research, 106(2): 157–168.
- National Research Council (NRC). 1996. National Science Education Standards: Observe, Interact,
- Change, Learn: Washington, DC: National Academic Press
- Phillips, D. 2004. Toward a Theory of Policy Attraction in Education. In G. Steiner-Khamsi& T.S.
- Popkewitz (eds.), The Global Politics of Educational Borrowing and Lending (54– 67). London & New
- York: Teachers College, Columbia University.
- Republic of South Africa Department of Education [RSADoE]. 2008. National Curriculum Statement,
- Learning Program Guidelines: Physical sciences: Pretoria: Government Printers
- Schramm, J.W., H. Jin, E.G. Keeling, M. Johnson & H.J. Shin. 2018. Improved Student Reasoning
- About Carbon-Transforming Processes Through Inquiry-based Learning Activities Derived from
- an Empirically Validated? Learning Progression. Research in Science Education, 48: 887–911.
- Steiner-Khamsi, G. 2006. The Economics of Policy Borrowing and Lending: A Study of Late Adopters,
- Oxford Review of Education, 32(5): 665–678.
- Vhurumuku, E. 2011. High School Chemistry Students’ Scientific Epistemologies and Perceptions of
- Laboratory Inquiry. Chemistry Education, Research and Practice, 12: 47–56.
- Wee, B.V & D. Banister. 2016. How to Write a Literature Review Paper? Transport Reviews, 36(2):
- –288.
- Williams, M., K. Tang & M. Won. 2019. ELL’s Science Meaning Making in Multimodal Inquiry: A CaseStudy in A Hong Kong Bilingual School?. Asia-Pacific Science Education) 5:3 https://doi.org/
- 1186/s41029-019-0031-1
- Windschitl, M. 2003. Inquiry Projects in Science Teacher Education: What Can Investigative
- Experiences Reveal About Teacher Thinking and Eventual Classroom Practice? Science Education,
- (1): 112–143.
- Yin, R. K. 2003. Case Study Research: Design and Methods (3rd Ed.). Thousand Oaks, California: Sage.
References
Anangisye, W. A. 2011. Developing Quality Teacher Professionals: A Reflective Inquiry on the Practices and
Challenges in Tanzania. Retrieved from http://aadcice.hiroshima-u.ac.jp/e/publications/sosho4_2-
pdf.
Anderson, R.D. 2002. Reforming Science Teaching: What Research Says About Inquiry. Journal of
Science Teacher Education, 13: 1–12.
Areepattamannil, S. 2012. Effects of Inquiry-based Science Instruction on Science Achievement and
Interest in Science: Evidence from Qatar. The Journal of Education Research, 105(2): 134–146.
Arnove, R. F. 2007. Introduction: Reframing Comparative Education: The Dialectic of the Global and
the Local. In R. F. Arnove & C. A. Torres (eds.), Comparative Education: The Dialectic of the Global
and The Local (3rd ed., pp. 1–20). Lanham, MD: Rowman & Littlefield.
Booth, M.Z. 2006. “Neither A Borrower, Nor A Lender Be”: Educational Reform Through
Transnational Borrowing and Lending. Comparative Education Review, 50(2): 278–287.
Bowen, G. A. 2009. Document Analysis as A Qualitative Research Method. Qualitative Research
Journal, 9(2): 27–40.
Cairns, D & S. Areepattamannil. 2019. Exploring the Relations of Inquiry-based Teaching? To
Science Achievement and Dispositions in 54 Countries. Research in Science Education, 49: 1–23.
Capps, D.K., B.A. Crawford & M.A. Constas. 2012. A Review of Empirical Literature on Inquiry
Professional Development: Alignment with Best Practices and a Critique of the Findings?.
Journal of Science Teacher Education, 23(3): 291–318
Crujeiras-Pérez, B &? M.P. Jiménez-Aleixandre. 2019. Students’ Progression in Monitoring
Anomalous Results Obtained in Inquiry-based Laboratory Tasks. Research in Science Education, 49:
–264.
Dudu, W.T &E. Vhurumuku. 2012a. Exploring South African Grade 11 Learners’ Perception of Classroom
Inquiry: Validation of A Research Instrument. Science Education International, 23(2): 150–165.
Dudu, W.T & E. Vhurumuku. 2012b. Teachers' Practices of Inquiry When Teaching Investigations: A
Case Study. Journal of Science Teacher Education, 23(6): 579–600.
Edelson, D.C., D.N. Gordin & R.D. Pea. 1999. Addressing the Challenges of Inquiry-based Learning
through Technology and Curriculum Design. The Journal of the Learning Sciences, 8(3&4): 391–
Erduran, S & A. Msimanga. 2014. Science Curriculum Reform in South Africa: Lessons for
Professional Development from Research on Argumentation in Science Education. Education as
Change, 18(S1): S33–S46.
Fang, S.-C. 2020. Towards Scientific Inquiry in Secondary Earth Science Classrooms: Opportunities
and Realities. International Journal of Science and Mathematics Education, https://doi.org/
1007/s10763–020–10086–6
Fitzgerald, M., L. Danaia & D.H. McKinnon. 2019. Barriers Inhibiting Inquiry-based Science
Teaching? and Potential Solutions: Perceptions of Positively Inclined Early Adopters. Research
in Science Education, 49: 543–566.Hutchins, K.L & P.J. Friedrichsen. 2012. Science Faculty Belief Systems in a Professional
Development Program: Inquiry in College Laboratories?. Journal of Science Teacher Education,
(8): 867–887.?
Jiang, F & W.F. McComas. 2015. The Effects of Inquiry Teaching on Student Science Achievement
and Attitudes: Evidence from Propensity Score Analysis of PISA Data. International Journal of
Science Education, 37(3): 554–576.?
Kafyulilo, A.C & F. Tilya. 2019. Learning Technology by design: Experiences from In-service Science
and Mathematics Teachers in Tanzania. Journal of Education, Humanities and Sciences, 8(1): 16–29.
Kang, J & T. Keinonen. 2018. The Effect of Student-Centred Approaches on Students’ Interest and
Achievement in Science: Relevant Topic-Based, Open and Guided Inquiry-Based,?and
Discussion-Based Approaches. Research in Science Education, 48: 865–885.
Kinyota, M & P.S. Kavenuke. 2018. Whose Name Are in Science Textbooks? Justifying the Need for
Critical Pedagogy in Tanzania Science Classrooms. Journal of Education, Humanities and Sciences,
(1): 31–44.
Kinyota, M., P.S. Kavenuke & R.J. Mwakabenga. 2019. Promoting Teacher Professional Learning in
Tanzanian Schools: Lessons from Chinese School-Based Professional Learning Communities.
Journal of Education, Humanities and Sciences, 8(1): 47–63
Kitta, S. & F. Tilya. 2010. The Status of Learner-Centred Learning and Assessment in Tanzania in The
Context of the Competence-Based Curriculum. Papers in Education and Development, 29: 77–90.
Komba, W. & E. Nkumbi. 2008. Teacher Professional Development in Tanzania: Perceptions and
Practices. Journal of International Cooperation in Education, 11(3): 67–83.
Lehesvuori, S., U. Ramnarain & J. Viiri. 2018. Challenging Transmission Modes of Teaching in Science
Classrooms: Enhancing Learner-Centeredness? Through Dialogicity. Research in Science
Education, 48: 1049–1069.
Manz, E., R. Lehrer, & L. Schauble. 2020. Rethinking the Classroom Science Investigation. Journal of
Research in Science Teaching, 1–27. DOI: 10.1002/tea.21625
Massachusetts Department of Elementary and Secondary Education (MDESE). 2016. Massachusetts
Science and Technology/engineering Curriculum Framework. Malden, Massachusetts: MDESE
Ministry of Education and Vocational Training [MoEVT]. 2005. Biology Syllabus for Secondary
Education, Form I–IV (Edition of 2012). Dar es Salaam: Tanzania Institute of Education.
—. 2007. Physics Syllabus for Ordinary Secondary Education, Form I–IV (Edition of 2017). Dar es Salaam:
Tanzania Institute of Education.
—. 2009a. Biology Syllabus for Advanced Level Secondary Education, Form V–VI. Dar es Salaam (Edition of
: Tanzania Institute of Education.
—. 2009b. Chemistry Syllabus for Advanced Secondary Education, Form V–VI. Dar es Salaam (Edition of
: Tanzania Institute of Education.
—. 2009c. Chemistry Syllabus for Ordinary Secondary Education, Form I–IV. Dar es Salaam (Edition of
: Tanzania Institute of Education
—. 2009d. Physics Syllabus for Advanced Secondary Education, Form V–VI. Dar es Salaam (Edition of 2017):
Tanzania Institute of Education.Mkimbili, S.T., D. Tiplic & M. Ødegaard. 2017. The Role Played by Contextual Challenges in
Practising Inquiry-based Science Teaching in Tanzania Secondary Schools. African Journal of
Research in Mathematics, Science and Technology Education, DOI:10.1080/18117295.2017.1333752
Moote, J. 2019. Investigating the Longer-Term Impact of the CREST Inquiry-based Learning
Programme on Student Self-Regulated Processes and Related Motivations: Views of Students
and Teachers. Research in Science Education, 49: 265–294.
Nadelson, L.S., J. Callahan, P. Pyke, A. Hay, M. Dance & J. Pfiester. 2013. Teacher STEM Perception
and Preparation: Inquiry-based STEM Professional Development for Elementary Teachers. The
Journal of Educational Research, 106(2): 157–168.
National Research Council (NRC). 1996. National Science Education Standards: Observe, Interact,
Change, Learn: Washington, DC: National Academic Press
Phillips, D. 2004. Toward a Theory of Policy Attraction in Education. In G. Steiner-Khamsi& T.S.
Popkewitz (eds.), The Global Politics of Educational Borrowing and Lending (54– 67). London & New
York: Teachers College, Columbia University.
Republic of South Africa Department of Education [RSADoE]. 2008. National Curriculum Statement,
Learning Program Guidelines: Physical sciences: Pretoria: Government Printers
Schramm, J.W., H. Jin, E.G. Keeling, M. Johnson & H.J. Shin. 2018. Improved Student Reasoning
About Carbon-Transforming Processes Through Inquiry-based Learning Activities Derived from
an Empirically Validated? Learning Progression. Research in Science Education, 48: 887–911.
Steiner-Khamsi, G. 2006. The Economics of Policy Borrowing and Lending: A Study of Late Adopters,
Oxford Review of Education, 32(5): 665–678.
Vhurumuku, E. 2011. High School Chemistry Students’ Scientific Epistemologies and Perceptions of
Laboratory Inquiry. Chemistry Education, Research and Practice, 12: 47–56.
Wee, B.V & D. Banister. 2016. How to Write a Literature Review Paper? Transport Reviews, 36(2):
–288.
Williams, M., K. Tang & M. Won. 2019. ELL’s Science Meaning Making in Multimodal Inquiry: A CaseStudy in A Hong Kong Bilingual School?. Asia-Pacific Science Education) 5:3 https://doi.org/
1186/s41029-019-0031-1
Windschitl, M. 2003. Inquiry Projects in Science Teacher Education: What Can Investigative
Experiences Reveal About Teacher Thinking and Eventual Classroom Practice? Science Education,
(1): 112–143.
Yin, R. K. 2003. Case Study Research: Design and Methods (3rd Ed.). Thousand Oaks, California: Sage.