TABLE
OF SPECIFICATIONS
A table of
specification is a table chart that breaks down the topics that will be on
a test and the amount of test questions or percentage of weight each section
will have on the final test grade. This kind of table chart is usually split
into two charts, and each sub topic is numbered under the main topics that are
being covered for the test. This type of table is mainly used by teachers to help break down their
testing outline on a specific subject. Some teachers use this particular table
as their teaching guideline by breaking the table into subjects, the teachers’
main points, how much time should be spent on the point, and what assignment or
project can be done to help the student learn the subject. For many teachers, a
table of specification is both part of the process of test building and a
product of the test building process. This table provides teachers and their
students with a visual approximation of the content that will tested and the
amount of weight it is given on a test. As part of the entire teaching process,
many education experts advise constructing a table of specification early in
the lesson plan building process in order to ensure that the content of lessons
and projects match what will ultimately appear on the test. By offering
students the opportunity to view a table of specification, teachers offer their
students the opportunity to view a certain kind of rubric against which they
will be graded. This opportunity allows students to have full knowledge over
what they will be tested over and which sections or topics of their study will
be tested. According to some educators, the table of specification is just as
important for the students as it is for their teachers.
HOW
TO PREPARE A TABLE OF SPECIFICATIONS
The Table of Specifications is a blueprint for the preparation of
an exam. It serves as the “map” or guide
to assigning the appropriate number of items to topics included in the course
or subject. The following is a
simplified method of preparing a Table of Specifications.
1.
List
all the topics that are included in the subject or course.
2.
Assign
corresponding percentages based on the professional requirements or
institutional requirements. Below is an
example:
Subject- CLINICAL CHEMISTRY 2
Topics included:
a. Automation-20%
b. Electrolytes-15%
c. Enzymology-25%
d. Endocrinology-20%
e. Toxicology-20%
This gives a total of 100%
3.
Decide
on the number of items that you would like the test to be. Let’s say you wanted a 160 item-test; the
number of items per topic would then be:
a. automation - 20 % - 32
b. electrolytes - 15 % - 24
c. enzymology - 25 % - 40
d. endocrinology - 20 % - 32
e. toxicology - 20 % - 40
This gives a total of 160 items.
b. electrolytes - 15 % - 24
c. enzymology - 25 % - 40
d. endocrinology - 20 % - 32
e. toxicology - 20 % - 40
This gives a total of 160 items.
4. Assign the specific type of question
you would like to ask depending on what
skill or cognitive learning, you would like to emphasize.
skill or cognitive learning, you would like to emphasize.
For
example, you would
like to emphasize the principles in automation, then you may prepare the
questions this way:
like to emphasize the principles in automation, then you may prepare the
questions this way:
a.
automation - 32 items
Essay = 10 questions
Identification = 12 questions
Multiple choice = 20 questions
This gives a total of 32 items.
This also is done with the rest of the topics.
Essay = 10 questions
Identification = 12 questions
Multiple choice = 20 questions
This gives a total of 32 items.
This also is done with the rest of the topics.
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