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General Rules
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Entering a Science Exhibit
Judging Criteria
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Special Competitions
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Science Director's Corner
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Please Note: Specific
point/scores will not be disclosed to anyone.
MASRF has adopted the science
exhibit judging criteria from Intel ISEF with
modifications as shown below.
Each
exhibit is judged separately. Each exhibit will be
judged on its own merit in competition with other exhibits in its grade
level. The judges will use the judging criteria as
listed
and will give consideration to the degree to which standards
are met. Each of the items has a maximum value as listed.
Three judges will evaluate each exhibit on a point basis. The judges'
decision is final.
Judging Process:
-
An independent Judge
scores the exhibit based on the point breakdown as
listed below and adds up the points for an overall score.
- Step 1 is repeated for each of a exhibit's three Judges.
- The overall scores of each exhibit's three Judges are averaged together
to form that project's overall score.
Parts of the Overall Score:
Keep in mind that although each of these criteria are worth 100 points
they will be averaged together. So a perfect score for an exhibit
is also 100 points.
MASRF has adopted the Intel ISEF Science Judging Criteria
with modifications as follows. Each of the sections listed below is
can be awarded
a maximum number of points as listed in each section. Adding all
sections results in an total possible score of 100 points.
I. Creative Ability (30 points)
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Does the project show creative ability and
originality in:
-
-
the approach to solving the problem?
-
the analysis of the data?
-
the interpretation of the data?
-
- the construction or design of new equipment?
- Creative research
should support an investigation and help answer a questions
in an original way.
- A creative contribution promotes an efficient and reliable
method for solving a problem. When evaluating projects,
it is important
to distinguish between gadgeteering and ingenuity.
II a. Scientific Thought (30
points)
If an Engineering project, use section IIb. below instead
of this section.
-
Is the problem stated clearly and unambiguously?
-
Was
the problem sufficiently limited to allow plausible approach?
Good scientists can identify important
problems capable of solutions.
-
Was there a procedural
plan
for obtaining a solution?
-
Are the variables clearly
recognized and defined?
-
If controls were
necessary, did the exhibitor recognize
their need and were they correctly used?
-
Are there
adequate data to support the conclusions?
-
Does
the exhibitor recognize the data’s limitations?
-
Does
the exhibitor understand the project’s
ties to related research?
-
Does
the exhibitor have an idea
of what further research
is warranted?
-
Did the exhibitor cite
scientific literature,
or only popular literature
(i.e., local newspapers, Reader’s
Digest).
II b. Engineering Goals (30
points) ENGINEERING CATEGORY ONLY
-
Does the project have a clear objective?
-
Is
the objective relevant to the potential user’s
needs?
-
Is the solution workable? acceptable
to the potential user? economically
feasible?
-
Could
the solution be utilized
successfully in design
or construction of an
end product?
-
Is the solution a significant
improvement over
previous alternatives?
-
Has the solution been tested
for
performance
under the conditions of use?
III. Thoroughness (15
points)
-
Was the purpose carried out to completion within the
scope of the original intent?
-
How completely
was the problem covered?
-
Are the conclusions based
on a single experiment or multiple trials?
-
How complete
are the project notes?
-
Is the exhibitor aware of other approaches
or theories?
-
How much time did the exhibitor spend
on the project?
-
Is the
exhibitor
familiar with scientific
literature in the studied field?
-
Does the exhibitor have the required laboratory,
computation, observational and design skills to
obtain supporting data?
-
Where was the project performed? (i.e.,
home, school laboratory, university laboratory) Did
the exhibitor receive assistance from
parents, teachers, scientists
or engineers?
-
Was the project
completed under adult supervision, or did the
exhibitor work largely alone?
-
Where
did the
equipment come from? Was it built independently
by the exhibitor? Was
it obtained on loan? Was
it part of a laboratory
where the exhibitor
worked?
-
How clearly does the exhibitor discuss his/her
project and explain the purpose, procedure,
and conclusions?
-
Does the written material reflect
the exhibitor’s
understanding of the
research?
-
Are the important
phases of the
project presented in an orderly
manner?
-
How
clearly is the data
presented?
-
How
clearly are the results presented?
-
How
well does the project
display explain the project?
-
Was the presentation
done in a forthright manner,
without tricks
or gadgets?
-
Did the exhibitor
perform all the project work,
or did someone help?
Since we do not make any scores known to the public, Judges
are encouraged to leave contructive notes to help and motivate
students.
Last Updated:
October 23, 2006
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