While the scientific method may take on a wide variety of approaches, it is the emphasis on experimental
work that characterizes MYP scientific inquiry.
This objective refers to enabling students to develop intellectual and practical skills to design and carry out
scientific investigations independently and to evaluate the experimental design (method).
Year 1
| Year 2
| Year 3
| Year 4
| Year 5
|
Objectives
|
At the end of the first year,
students should be able to:
| At the end of the first year,
students should be able to:
| At the end of the first year,
students should be able to:
| At the end of the first year,
students should be able to:
| At the end of the first year,
students should be able to:
|
• with guidance, articulate
the problem or research
question to be tested by
a scientific investigation,
consistent with the level of
complexity of the units of
work covered
| • state a focused problem
or research question to
be tested by a scientific
investigation, consistent
with the level of
complexity of the units of
work covered
| • state a focused problem
or research question to
be tested by a scientific
investigation, consistent
with the level of
complexity of the units of
work covered
| • state a focused problem
or research question to
be tested by a scientific
investigation
| • state a focused problem
or research question to
be tested by a scientific
investigation
|
• ask questions of the type:
“What will happen if?”,
“Why does this happen
when?” and make
predictions (“If I do this,
then this will happen … ”),
consistent with the level of
complexity of the units of
work covered
| • formulate a testable
hypothesis and explain it
using scientific reasoning
(“If I do this, then this will
happen because … ”),
consistent with the level of
complexity of the units of
work covered
| • formulate a testable
hypothesis and explain it
using scientific reasoning
(“If I do this, then this will
happen because … ”),
consistent with the level of
complexity of the units of
work covered
| • formulate a testable
hypothesis and explain it
using scientific reasoning
| • formulate a testable
hypothesis and explain it
using scientific reasoning
|
• carry out investigations,
consistent with the level
of complexity of the units
of work covered, and,
with guidance, identify
the variables that can be
measured (dependent
variables), the variables
that can be manipulated
(independent variables)
and those that must
remain constant (control
variables); identify
the materials and/or
equipment needed;
describe a simple method
| • design and carry out
scientific investigations
that include variables and
controls, materials and/
or equipment needed, a
method to be followed
and the way in which the
data is to be collected,
consistent with the level of
complexity of the units of
work covered
| • design and carry out
scientific investigations
that include variables and
controls, materials and/
or equipment needed, a
method to be followed
and the way in which the
data is to be collected,
consistent with the level of
complexity of the units of
work covered
| • design and carry out
scientific investigations
that include variables and
controls, material and/
or equipment needed, a
method to be followed
and the way in which the
data is to be collected and
processed
| • design and carry out
scientific investigations
that include variables and
controls, material and/
or equipment needed, a
method to be followed
and the way in which the
data is to be collected and
processed
|
• with guidance, make
comments on the method
and the quality of the data
collected; ask questions of
the type: “Is the method
effective/workable/
feasible?”, “Is the data
accurate/reliable?”
| • make comments on the
method, and the accuracy
and precision of the data
| • make comments on the
method, and the accuracy
and precision of the data
| • evaluate the validity and
reliability of the method
| • evaluate the validity and
reliability of the method
|
• with guidance, make
comments on how
the outcome of the
investigation helps to
answer the research
question; ask questions
of the type: “Is my
hypothesis/research
question supported by the
data?”, “Does the outcome
of the investigation
support the research
question?”
| • make comments on the
how the hypothesis is
supported or not by the
data/outcome of the
investigation
| • make comments on the
how the hypothesis is
supported or not by the
data/outcome of the
investigation
| • judge the validity of a
hypothesis based on
the outcome of the
investigation
| • judge the validity of a
hypothesis based on
the outcome of the
investigation
|
• with guidance, suggest
improvements to the
method, consistent with
the level of complexity of
the units of work covered.
| • when relevant, suggest
improvements to the
method, consistent with
the level of complexity of
the units of work covered.
| • when relevant, suggest
improvements to the
method, consistent with
the level of complexity of
the units of work covered.
| • when relevant, suggest
improvements to the
method or further inquiry.
| • when relevant, suggest
improvements to the
method or further inquiry.
|