ppt napoleon final
TRANSCRIPT
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Improvement of Geometry Knowledge
on Third Cycle of Basic Education
Mathematics Teachers in HondurasUsing Honduran Textbooks
January 2010
Avila Ortega NapoleonMasters Program in Mathematics Eucation
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Introduction
Aim of Research:
Improvement on academic performance in
mathematics on Basic Education in
Honduras through:
Identification of mathematics teachers
competency and ability in geometry
knowledgeDevelopment of mathematics teachers
geometrical thinking
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Purpose of Research
1. Measure the level of Geometry knowledge usingtests based on van Hiele Levels.
2. Conduct an intensive course on Geometry
contents using Honduran mathematics textbooksfor secondary junior high school.
3. Determine the impact of intensive course.
4. Review researchs results for implementation anddeveloping on further teachers training programsin Honduras.
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Questions of Research
1. What is the Geometry knowledge by vanHiele Levels of undergraduate pre-servicemathematics teachers from Choluteca FID-
UPNFM?2. What can learn undergraduate pre-service
mathematics teachers from Choluteca FID-UPNFM, through an intensive course on
Geometry contents using secondary juniorhigh school mathematics textbooks?
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Methodology of Research
The research was conducted on August, 9th to 13th
of 2010 (5 days).
Sample of 48 undergraduate pre-service
mathematics teachers for junior high school (7th
to 9th grades of Basic Education in Honduras).
Researchs stages:
Pre-tests
Intensive course (25 hours)Post-tests
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44thth gradegrade 55thth gradegrade 66thth gradegrade 77thth gradegrade 88thth gradegrade 99thth gradegrade
Angles
(8 hours)
AnglesComplem. & Supplem.
(2 hours)
AnglesBisector
(2 hours)
AnglesPerpendicular & Parallel lines
(19 hours)
Congruent
Triangles
(31 hours)
Triangles
(7 hours)
Circle &
Circumference
(10 hours)
Set of PointsPoint, Line & Plane
(5 hours)
Similar Triangles
(23 hours)
Quadrillaterals
(7 hours)
Poligons
(10 hours)
Quadrillaterals
(17 hours)
Regular Poligons
(18 hours)
Solids
(7 hours)
Solids
(7 hours)
SolidsConstruction
(15 hours)
SolidsArea & Volume
(9 hours)
Location of Points
(4 hours)
Symmetry
(11 hours)
Pythagorean
Theorem
(16 hours)
Geometry Contents of Basic Education in Honduras
Methodology of Research (3)
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44thth gradegrade 55thth gradegrade 66thth gradegrade 77thth gradegrade 88thth gradegrade 99thth gradegrade
Angles AnglesComplem. & Supplem.
AnglesBisector
AnglesPerpendicular & Parallel lines
Congruent
Triangles
TrianglesCircle &
CircumferenceSet of PointsPoint, Line & Plane
Similar Triangles
Quadrillaterals Poligons Quadrillaterals Regular Poligons
Contents of Basic Geometry Test and Intensive Course
Methodology of Research (4)
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44thth gradegrade 55thth gradegrade 66thth gradegrade 77thth gradegrade 88thth gradegrade 99thth gradegrade
AnglesPerpendicular & Parallel lines
Congruent
Triangles
Set of PointsPoint, Line & Plane
Similar Triangles
Quadrillaterals Regular Poligons
Contents of Basic Geometry Test and Intensive Course
Methodology of Research (5)
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Methodology of Research (5)
Grading of van Hiele Geometry Test:
Meeting criterias: Criterion 3 of 5 correct responses of a level fix that level.
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Methodology of Research (5)
Scoring of both Basic Geometry Tests:
It was assigned 1 point per each correct response.
Administration of Tests:All of tests were administered as following
Pre-tests on first day
Post-tests on last day
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Results and Discussion
Participants
Only 4th Year Group has completed 6 months of teaching
practice at elementary and secondary school.
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Results and Discussion (2)
There is a small increment of correct answers on majority of Items.
On pre-test Items Q1, Q3, and Q9 there is the highest amount of correct answers.
Unexpected result on Item Q7. Option A has an increment of responses.
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Results and Discussion (3)
Tendency of the whole group to move to highest level.
And also there is a decrement in the number of participants that Not Fit
in van Hiele Model (from 25% to 10% of participants).
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Results and Discussion (4)
Majority of Items have an increment of the number of correct responses
(Q1, Q2, Q4, Q5, Q7 Q8, Q9 and Q8).
And the two Items have decrement (Q3 and Q6).
The Item Q10 (for Level 3) has a significant increment of correct
responses.
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Results and Discussion (5)
There are better results in this test after Intensive Course, probably the
training of Geometry contents on Third Cycle (grades 7th 9th) help them
to understand better the Geometry contents of Second Cycle (grades 4th
6th).
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Results and Discussion (6)
Item Q2 and Q5 have highest percentage of correct responses for the group.
On Item Q5 has a significant increment of correct responses (increased by 28/48).
Unexpected result was observed on Item Q4 where the option B (incorrect response)
has an increment of responses.
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Results and Discussion (7)
Tendency of the whole group to increment the score test.
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What is the Geometry knowledge by van Hiele Level of
undergraduate pre-service mathematics teachers from
Choluteca FID-UPNFM?
By a grading criterion of 3 of 5 correct answers on vanHiele Geometry Test, the 42% of participants fixed on Level
1 and the 25% in Level 2. These mean that van Hiele Level of
the majority is Level 1, after the Intensive Course.
Conclusions (1)
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What can learn undergraduate pre-service mathematics
teachers from Choluteca FID-UPNFM, thought a intensive
course on Geometry contents using secondary junior high
school mathematics textbooks?There was a small difference between the performance of
correct responses ofPre-test and Post-test.
They showed interest to learn more about Geometry
contents.In the intensive course participants only got a lot of contents
with out opportunity of getting in self.
Conclusions (2)
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These results are useful to discuses improvement
of mathematics curriculum ofPre-service
Mathematics teacher for Third Cycle of Basic
Education in FID-Choluteca.
This research was only conducted to a local
available group of under-graduate students of
FID-Choluteca.
Significance of Results
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The participants has a low level performance in
Geometry (by van Hiele Model), then it is necessary to
review and improve curriculum design of FID-UPNFM.
Conduct a similar research for diagnosis in other
locations of Honduras where is implemented Initial
Teacher Training for Mathematics Teacher of Third
Cycle of Basic Education.
Recommendations
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