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SCHOOL SCIENCE ASSESSMENT
IN THAILAND
UP TO THE YEAR 2010
Pisarn Soydhurum
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The Institute for theThe Institute for thePromotion of TeachingPromotion of Teaching
Science and TechnologyScience and Technology
(IPST)(IPST)
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IPST Curriculum Developments Cycle (1)IPST Curriculum Developments Cycle (1)
Development
Implementation
Evaluation
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IPST Curriculum Developments Cycle (2)IPST Curriculum Developments Cycle (2)
Materials & Teaching
Methodology
Classroom Instruction
End-of-Instruction
Achievement
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IPST Curriculum Developments Cycle (2)IPST Curriculum Developments Cycle (2)
Materials & Teaching
Methodology
Classroom Instruction
End-of-Instruction
Achievement
DevelopmentDevelopment
ImplementationImplementation
EvaluationEvaluation
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Development / Improvement
Implementation
Results of Evaluation
Other Information on Classroom Used
IPST Curriculum Developments Cycle (3)IPST Curriculum Developments Cycle (3)
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The National CurriculumThe National Curriculum
PrePre
--IPST Period (Before 1970IPST Period (Before 1970
s)s)
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The Traditional Science CurriculumThe Traditional Science Curriculum
: General Characteristics: General Characteristics
Science as a body of accumulated knowledge.Science as a body of accumulated knowledge.
Courses filled with facts.Courses filled with facts.
Essence of science is devoid.Essence of science is devoid.
Experiments are often omitted.Experiments are often omitted.
Contents are learned by purely verbal means.Contents are learned by purely verbal means.
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The AssessmentThe Assessment
National Curriculum
National Assessment
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Modality of instruments usedModality of instruments used
Traditional Assessment (1)Traditional Assessment (1)
Achievement Tests
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Modality of instruments usedModality of instruments used
Traditional Assessment (2)Traditional Assessment (2)
Achievement Tests
Cognitive Knowledge
EmphasisEmphasis
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National Intended Curriculum
The CurriculumThe Curriculum
The Perceived Curriculum
National Exam Curriculum
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Curricula have been designedto improve
IPST Period (Starting Early 1970IPST Period (Starting Early 1970s)s)
Instructional materials
Teaching effectiveness
Evaluation procedures
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Science courses concerned at least
According to the developed curriculaAccording to the developed curricula
The scientific knowledge
The nature of science
The scientific method
The relationship between scienceand technology
Social values relevant to scientific
world
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The ultimate test of the effectiveness
of the program.
Effectiveness of the ProgramEffectiveness of the Program
The evaluation of the student
achievement.
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Knowledge
Nature of most Achievement TestsNature of most Achievement Tests
Understanding
Application
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Participation in IEAParticipation in IEA InternationalInternational
Science StudiesScience Studies
Experiences gained fromExperiences gained from
FISSFISS
SISSSISS
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Information (I)
Item Classification : FISS/SISSItem Classification : FISS/SISS
Comprehension (C)
Application (A)
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SISSSISS FISSFISS
II CC AA TotalTotal
EarthEarth 22 11 33 66 66
BiologyBiology 11 33 44 88 88
ChemistryChemistry 11 00 11 22 11
PhysicsPhysics 11 44 33 88 77TotalTotal 55 88 1111 2424 2222
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The (Intended) Curriculum Coverage
Cognitive achievement
Science manual skills
Attitudes of students
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Evaluation of learning in Science
Handbook on Formative and Summative
Evaluation on Student Learning
Leopold E.Klopfer
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The AdoptedThe Adopted KlopferKlopferss SchemeScheme
of Categorizationof Categorization1. Knowledge and comprehension.
2. Processes of scientific inquiry I :Observing and measuring.
3. Processes of scientific inquiry III :
Interpreting data and formulatinggeneralizations.
4. Application of scientific knowledge
and method.5. Manual skills.
6. Attitudes and interests.
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The Modified Scheme to be used forThe Modified Scheme to be used for
Development of Achievement TestsDevelopment of Achievement Tests
4. Science process skills
1. Knowledge
2. Comprehension
3. Application
Observing
Measuring
Interpreting data
Formulating generalizations
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The Drastic Change (Mid 1970The Drastic Change (Mid 1970s)s)
National
Assessment
School
Assessment
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School Science Assessment in Practice (1)School Science Assessment in Practice (1)
School Exam Curriculum (E.C.)
National Intended Curriculum (IC)
Teachers Perceived Curriculum (P.C.)
Actual Classroom Curriculum (C.C.)
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IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
School Science Assessment in Practice (2)School Science Assessment in Practice (2)
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The DifferencesThe Differences
Different perception
Different interpretation
Different levels
Different measures
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Experiences gained from TIMSS (1)Experiences gained from TIMSS (1)
1. Knowledge and comprehension
Items included in science tests
Recall / Recognize
Define
Describe
Illustrate with examples
Use tools and procedures
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Experiences gained from TIMSS (2)Experiences gained from TIMSS (2)
2. Application
Items included in science tests (cont.)
Compare/contrast/classify Relate
Find solution
Use model
Interpret information
Explain
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Experiences gained from TIMSS (3)Experiences gained from TIMSS (3)
3. Integration of knowledge and reasoning
Items included in science tests (cont.)
Analyze/solve problem Hypothesize/predict
Draw conclusion
Evaluate Integrate/synthesize
Design/plan
Generalize Justify
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Experiences gained from TIMSS (4)Experiences gained from TIMSS (4)
Multiple choice
Item format
Complex multiple choice
Open response
Constructed open response
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Participation in international studies
Some Examples of Attempts (1)Some Examples of Attempts (1)
Study Visit :
ETS CIE
etc.
Training In-house
Overseas
Development
Instruments
Techniques & Procedures
Supplementary materials
Standards
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Workshops
Some Examples of Attempts (2)Some Examples of Attempts (2)
Public presentations
Provisions
Services
Examples of test items Examples of test papers
Guide books
Supplementary materials On-line materials
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Impacts of Affecting Factors (1)Impacts of Affecting Factors (1)
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
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P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I P.C.U.
IPSTAttempts
UniversityEntrance
Exam
IC
Impacts of Effecting Factors (2)Impacts of Effecting Factors (2)
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Impacts of Effecting Factors (2)Impacts of Effecting Factors (2)
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I P.C.U.
IPSTAttempts
UniversityEntrance
Exam
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The Basic Education Commission (BEC)
The National TestThe National Test
The Bureau of Education Testing (BET)
The National Test (NT)
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Impacts of Effecting Factors (3)Impacts of Effecting Factors (3)
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.N.
NationalTest
IC
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Impacts of Effecting Factors (4)Impacts of Effecting Factors (4)
NT
P.C.U.
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.N.
UNIV.
Entrance
Exam
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Although it is generally accepted at
the national level that formative evaluation
is crucially important.
It is a natural complement to good teaching.
Formative Evaluation (1)Formative Evaluation (1)
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However, in real life situation of
school science teaching, extremely rare
cases are found, most of which are on
fulfillment of a requirement basis.
Formative Evaluation (2)Formative Evaluation (2)
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The focal point of school science
teaching as expressed by almost allstakeholders, is on the university admission.
Formative Evaluation (3)Formative Evaluation (3)
Formative evaluation seems to be setaside, no commitment has been seriously
mentioned.
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The National Institute of Educational
Testing Service (NIETS)
The Ordinary National Education Test
(O-NET)
The Admission Test
National Education Reform (Starting 1999)National Education Reform (Starting 1999)
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Impacts of Effecting Factors (5)Impacts of Effecting Factors (5)
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.O.
O-NET
IC
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Impacts of Effecting Factors (5)Impacts of Effecting Factors (5)
O-NET
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.O.
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Impacts of Effecting Factors (6)Impacts of Effecting Factors (6)
P.C.A.
Admission
Testes
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.O.
O-NET
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Impacts of Effecting Factors (6)Impacts of Effecting Factors (6)
P.C.A.
Admission
Testes
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.O.
O-NET
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Impacts of Effecting Factors (6)Impacts of Effecting Factors (6)
P.C.A.
Admission
Testes
IC
P.C.1 P.C.2 P.C.3
C.C.1 C.C.2 C.C.3
E.C.1 E.C.2 E.C.3
P.C.I
IPSTAttempts
P.C.O.
O-NET
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ConclusionConclusion
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Conclusion (1)Conclusion (1)
The pronouncement at the nationallevel seems to be unanimous on the
ideal objectives of science instruction.
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However a realistic situation actuallyexisting in schools have to be taken
into account.
Conclusion (2)Conclusion (2)
C l i (3)
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The question is how much the(intended) curriculum contemporary
announced to be officially used has
affected science programs thatschool students are now studying
and being assessed.
Conclusion (3)Conclusion (3)
C l i (4)C l i (4)
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Many means of assessing a broad
range of student behavior are required,
but most of the test actually used are
focused on knowledge and
comprehension.
Conclusion (4)Conclusion (4)
C l i (5)C l i (5)
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There is a sizeable gap between existing
possibilities for assessment in science
and the actual practices.
Conclusion (5)Conclusion (5)
C l i (6)C l i (6)
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The National Educational Test andthe University Admission Test become
the two most powerful factors
affecting classroom science teachingand learning.
Conclusion (6)Conclusion (6)
C l i (7)C l i (7)
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Urgent review is needed to ensure thatthese factors are really in harmony
with objectives of instructions as
prescribed in the curricula.
Conclusion (7)Conclusion (7)
C l i (8)Conclusion (8)
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The problem of gaining interest andcommitment to formative evaluation,
is largely a problem of communicating
the idea to more science teachers andeducators.
Conclusion (8)Conclusion (8)
Conclusion (9)Conclusion (9)
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More techniques of testing andassessment such as those regards
to student performance in science
skills, need to be available andeasily accessible.
Conclusion (9)Conclusion (9)
Conclusion (10)Conclusion (10)
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It is a must to make sure that the
actual steering factors that drive the
science teaching, learning and
assessment, both for school and thepublic is the national curriculum
not the other way sound.
Conclusion (10)Conclusion (10)
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THANK YOUTHANK YOU