- Title
- Investigating a way of teaching transformation geometry in grade 9 applying van Hiele’s theory and Kilpatrick’s model : a case study
- Creator
- Geja, Nokuzola Hlaleleni
- ThesisAdvisor
- Brown, Bruce John Lindsay
- Subject
- Hiele, Pierre M. van
- Subject
- Kilpatrick, Jeremy
- Subject
- Transformations (Mathematics)
- Subject
- Geometry -- Study and teaching (Secondary)
- Subject
- Geometry -- Mathematical models
- Subject
- Educational tests and measurements
- Date
- 2015
- Type
- Thesis
- Type
- Masters
- Type
- MEd
- Identifier
- vital:2066
- Identifier
- http://hdl.handle.net/10962/d1020601
- Description
- Transformation geometry has been neglected in our schools because teachers are often not proficient enough to teach it, as it was not part of the syllabus during their training. The study investigates effective ways of teaching transformation geometry in grade 9, applying van Hiele’s theory (1986) of geometry teaching and learning and Kilpatrick’s model of mathematical proficiency. The teaching programme activities require consistent use of physical manipulatives by the teacher for effective teaching, learning and understanding of geometric concepts. The type of study is a case study. Data collection tools are: - baseline evaluation, teacher & learner interviews (pre & post programme intervention) and observation (pre & post) during the implementation of the teaching programme. Results were analysed both qualitatively and quantitatively. My research findings show some improvement of learner performance after the application of the programme. Baseline evaluation shows that some learners attained below and above 30%. Interviews showed that some learners had problems before the implementation of the programme and some problems were eliminated by the use of the programme activities and learning progression was evident. Learner performance showed that learners had acquired some knowledge and critical thinking and reasoning skills, reflection skills, communication through LOLT improved, commitment to activities of the programme and teaching practice had improved. Learner performance showed that a learner can be in two different levels at the same time. Consistent use of manipulatives resulted in effective teaching and learning of geometry in grade 9. The results of this research support other researchers’ views of teaching geometry using van Hiele’s theory (1986) and Kilpatrick et al. (2001). Shaw (2002) argues that teaching geometry with manipulatives enhances conceptual understanding by the learner. In my opinion, it also promotes immediate intervention by the teacher as soon as the learner picks an incorrect object. The project enhanced and improved levels of communication between the learner, teacher and others in the classroom.
- Format
- 203 p., pdf
- Publisher
- Rhodes University, Faculty of Education, Education
- Language
- English
- Rights
- Geja, Nokuzola Hlaleleni
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