This is an Educational blog maintained by SABARISH P, (MSc Physics, MEd, NET), Assistant Professor in Physical Science Education. Contact : pklsabarish@gmail.com

Saturday, 21 November 2015

Review of some research studies in physical science education

Review of Researches done in India and Abroad
Prepared by
SABARISH-P
M.Sc., M.Ed., JRF & NET
Assistant Professor in Physical Science, Arafa Institute for Teacher Education
Attur, Thrissur.

Contact me : pklsabarish@gmail.com
Introduction
The interdisciplinary nature of science education is responsible for the particular challenges to carry out science education research and development. Science education is the discipline dealing with teaching and learning science in schools and outside schools. Science education research includes selection, legitimation and educational reconstruction of topics to be learned, selection and justification of general aims of teaching and learning science, as well as instructional sequencing that takes the learners’ cognitive, affective and social preconditions into account.
Areas of research in Physical science Education (Indian context)
          The review of researches in science education done in India has been published by the Regional College of Education, Ajmer. The following table gives the status of science education researches done at M.Ed. and Ph.D. levels in India.
Areas
No. of Studies
Percentage
1.     Science Curriculum
2.     Methods of teaching
3.     Instructional materials
4.     Evaluation
5.     Teacher training
36
14
41
156
16
13.7
5.3
15.6
59.3
6.1
Total
263
100.00
          (Research in Science Education,  NCERT and Regional College  of Education, 2009)
          The above table shows the areas which have been neglected so far. Most of the research studies have been conducted in the area of evaluation and very few in the areas of methods of teaching and teacher training. Even in the area of evaluation most of the studies done are on achievement tests. Although there is need for more studies in the area of evaluation in science education, more attention is needed in the areas of curriculum development, methods of teaching and instructional materials development. Research is also needed in new innovations in science education which might help improving the quality of science education at different levels of education and making it more relevant of the needs and requirements of the children, the community and the country.
International Experience
          The increased focus on the status of science in primary schools over the last ten to fifteen years has resulted in an increasing number of government agencies and education institutions conducting research and surveys on factors that influence the effectiveness of the teaching of science to primary school students. Findings and recommendations contained in the subsequent reports, as well as proceedings from key international conferences, demonstrate a number of common concerns with the teaching of science in primary schools. These common concerns that span national and state education systems include the time allocated to science instruction, teacher confidence, teacher knowledge and understanding of subject matter, competition with literacy and numeracy and the availability and quality of teacher professional development.
Review of some research studies in physical science education
1)    Title: Concept Mapping in Science: A case study among students of standard 8th . (Year: 2013)
Conducted by: Dr. K.Remadevi, & Visakh Kumar, NSSTC,          Changanassery
Methodology: Pre test - Post test equivalent group design.
        Findings: Concept mapping is more effective than the conventional method of teaching. Concept mapping creates ‘minds-on’ environment in the classroom and fosters constructivism in Science learning.
2)    Title: Effectiveness of constructivist approach on the achievement in science of 9th standard students.(Year: 2013)
Conducted by: Kadem Srinivas, University of Baroda
Methodology: Quasi Experimental design.
Findings: The study indicated that constructive approach is more effective than conventional method on the achievement of science.
3)    Title: Effect of Audio visual Aids on Achievement in Physics in                      relation to creativity (Year: 2013)
Conducted by: Dr. Ram Mehar & Vipin Kumar, Punjab University
Methodology: Pre test - Post test equivalent group design.
Findings: Audio visual aids were found to attain significantly higher achievement scores as compared to conventional group. Performance of students in terms of creativity was found significant.
4)    Title: A study of teaching aptitude, social adjustment and job satisfaction on secondary school science teachers (Year: 2011)
Conducted by: Mallikarjuna Reddy, Acharya Nagarjuna University
Methodology: Survey method.       
Findings: The secondary school science teachers are having very high teaching aptitude. The rural teachers have a better teaching aptitude than their urban counterparts. The secondary school science teachers have an average level of social adjustment. The secondary school science teachers have average job satisfaction level.
5)    Title: A study of the relationship between intelligence, scientific creativity, achievement motivation, home environment and acievement in science of higher secondary school pupils of Kerala. (2008)
Conducted by: Rosamma Philip, Mahatma Gandhi University
Methodology: Survey method.       
Findings: The study indicate that Intelligence, Scientific Creativity, and Home Environment have close relationship with Achievement in Science. There exist very low relationship between Achievement Motivation and Achievement in Science of Higher Secondary School Students.
6)    Title: Study habit and interest in science as correlates of achievement in physical science among secondary school pupils. (Year: 2006)
Conducted by: Manjula U, Calicut University
Methodology: Survey method (Correlation study)
Findings: There is significant relationship between Study habit and achievement in physics, similarly there exists significant relationship between Interest in science and Achievement in physical science.
7)    Title: A formative Evaluation of the effectiveness of instruction through Science club in creating Scientific awareness in high school students. (Year: 2002)
Conducted by: N. Hema, Calicut University
Methodology: Experimental study 
Findings: The study revealed the effectiveness of instruction through science club to develop scientific awareness in high school students. Educational status and monthly income of parents had no effect on scientific awareness of students instructed through science club.
8)    Title: Preparation and validation of multimedia packages in the teaching of science to hearing impaired students of secondary schools (Year: 2001)
Conducted by: Nirmala Susan, Mahatma Gandhi University
Methodology: Experimental study.
Findings: The study indicated that multimedia packages are more effective than conventional method to hearing impaired students  on the achievement of science.
        Research has clearly established that home background is very important for school achievement (Breen & Jonsson, 2005). TIMSS reports a strong relationship between pupils' science achievement and student background, measured by the amount of books at home or speaking the language of the test at home (Martin, Mullis and Foy, 2008). An analysis of PISA 2006 results showed that home background, measured on an index summarising each student’s economic, social and cultural status, remains one of the most powerful factors influencing performance.
        On average in the European countries, it explained 16 % of the student performance variation in science (EACEA/Eurydice, 2010). However, poor performance in school does not automatically follow from a disadvantaged home background.
CONCLUSION
Most research in science education is on the practice of teaching and learning, together with assessment, evaluation and teacher education; there is less on philosophical issues. A look at the research literature in science education would indicate that in the past three decades, the work was dominated by research concerned with the flowing topics. I have identified major references or recent reviews for each of these topics and apologies in advance to who may feel that I have overlooked their work
· Children’s understanding and learning of scientific phenomena
(Miller, Leach and Osborne, 2000; Wandersee, Mintzes and Novak, 1994)
· Conceptual change research (Duit and Treagust, 2003; Hewson, 1996)
· Constructivist views of learning/teaching (Fensham, Gunstone and White, 1994)
· Nature of science (McComas, 1998)
· Perception studies - classroom environment, attitude (Fraser, 1994)
· Equity and gender issues in science (Baker, 1998; Rennie, Parker and Fraser, 1996)
· Scientific literacy (Yore, Bisanz and Hand, 2003)
· Assessment/Evaluation (Tamir, 1998)
· Science Teacher Education (Abell, 2000; Anderson and Mitchener, 1994)
· History and philosophy of science (Duschl, 1994)
          I am sure there are other areas of importance that I have overlooked in this brief review.





References
Anderson, R. D., & Helms, J. V. (2001). The ideal standards and reality of school:     Needed research. Journal of Research in Science Teaching, 38(1), 3-16.
Abell, S.K. & Lederman, N.G. (2007a). Handbook of research on science           education. Mahwah, NJ: Lawrence Erlbaum (in print).
Abell, S.K., & Lederman, N.G. (2007b). Chapter 1. Introduction. In S.K. Abell &      N.G. Lederman, Eds., Handbook of research on science education. Mahwah,    NJ: Lawrence Erlbaum (in print).
Abell, S.K. (Ed.), (2000). Science teacher education: An international perspective.           Dordrecht, The Netherlands: Kluwer
Baumert, J., Artelt, C., Klieme, E., Neubrand, M., Prenzel, M., Schiefele, U. et al.,      Eds. (2002). PISA 2000: Die Länder der Bundesrepublik Deutschland im        Vergleich [PISA 2000: Comparing the German federal states (pp. 11-38).       Opladen, Germany: Leske & Budrich.
 Roberts, G, (2002) SET for success: The supply of people with science, technology, engineering and mathematics, skills, HM Treasury, London.
 Aikenhead, G S (1996) Science education: border crossing into the subculture of       science, Studies in Science Education, 27, 1-52.
Schreiner, C (2000) Exploring a ROSE-Garden: Youth’s orientations towards science – seen as signs of late modern identities, unpublished PhD thesis,    University of Oslo.
Reiss, M J (2000) Understanding Science Lessons: Five Years of Science           Teaching, Open University Press, Buckingham
Woodgate, D and Stanton Fraser, D (2005) eScience and education 2000: A      review, University of Bath, Bath
Braund, M and Reiss, M J (Eds) (2004) Learning Science Outside the Classroom,           RoutledgeFalmer, London.
Falk, J H and Dierking, L D (2000) Learning from museums, AltaMira Press,    Walnut Creek USA
Gilbert, J and Priest, M (1997) Models and discourse: a primary school science          class visit to a museum, Science Education, 81, 749-762.
Rickinson, M, Dillon, J, Teamey, K, Morris, M, Choi, M Y, Sanders, D and      Benefield, P (2004)A Review of Research on Outdoor Learning, National           Foundation for Educational Research, Slough.
Osborne, J (2006) Communicating Science: A BAI Roundtable Summary, The Centre for Informal Learning and Schools,           www.exploratorium.edu/cils/documents/RTcommunicationJO.pdf Jenkins,       E W (forthcoming, 2006) The student voice and school science education.        Studies in Science Education

Osborne, J F, Simon, S and Collins, S (2003) Attitudes towards Science: A Review    of the Literature and its Implications. International Journal of Science      Education 25, 1049–1079