RESEARCH PURPOSE: WHY ARE YOU DOING THE RESEARCH?
Having a clear idea about the rationale for doing your research is important. The main
reasons teachers give for undertaking research are listed in Box 1.1.
Box 1.1 - Teachers’ classroom-based research
Firstly, to explore what is happening in your classroom or to seek new insights
into your classrooms. For example:
• How do teachers manage their classes? What are the classroom rules?
How are elements such as time, space, pupil behaviour or their own
strategies managed?
• How are classroom decisions made: by the teacher, by pupils, or by both
by negotiation?
• How is pupils’ work monitored and assessed in the classroom?
• How do teachers explain new topics to pupils?
Secondly, to describe or portray an accurate profile of persons, events
or situations which will require extensive knowledge of the situation. For
example:
• What do teachers and pupils do in the classroom? How do they spend
their time?
• What kind of interaction takes place, who talks to whom and about what?
• What do pupils learn, what tasks do they engage in, and with what degree
of involvement and success?
Refining The Focus For Research And Formulating A Research Question
12
For example, a secondary school English teacher was dissatisfied with the way her students
wrote biographical sketches and on ‘drilling down’ found that her students did not know
how to structure or correct their writing. She decided that she would intervene to develop
and evaluate a new teaching approach. The teacher’s key research question was ‘What
teaching strategies will help my students recognize the gaps and mistakes in their writing?’,
and a sub-question was ‘How can I help my students write better transitions?’. The new
approach involved setting up situations for her students to do peer editing using a new guide
designed to help them locate transitions and missing transitions in the text. She monitored
the students’ work during and following the intervention.
Formulating a clearly stated question will help you to decide on the most useful data
to collect to answer your research question. Moreover having a clear focus will also prevent
you stashing away too much information that may be vaguely relevant. Having too broad
an approach is more likely to cause you angst because of the sheer volume and complexity
of information available. In the example given in Figure 2.3 the teacher has narrowed her
original very broad approach to a much narrower and manageable question: ‘How can I
increase students’ self-esteem in my lessons?’.
• What is a school day or a lesson like from a pupil’s point of view? Are any
individuals or groups getting a relatively poor deal out of schooling?
• What happens when pupils disrupt lessons or behave in an anti-social
manner?
• What happens when children work in small groups? What sorts of assignments
are undertaken? Who decides what? Are the groups collaborative?
Thirdly, to explain a situation or problem, account for patterns relating to
the phenomena being researched, or to identify relationships. For example:
• Do teachers and children perceive the same events in different or similar
ways?
• Do children read better as a result of a new programme?
• Do children read better in this programme compared with the standard
programme?
• Do teachers in the same school or department have similar or different
practices, beliefs, expectations, rewards and punishments, and conventions,
and how are these understood by the pupils?
Fourthly, to intervene to bring about changes in your classroom. For example:
• Can I raise students’ self-esteem in my lessons?
• How can I improve my own teaching?
• What happens in the classroom when there is a change of policy, a new
curriculum, work scheme, textbook, course, or new forms of assessment?
Refining The Focus For Research And Formulating A Research Question
13
Figure 1.3
Narrowing your focus
Additionally, having a clear open-ended research question calls for deep thinking about issues
and makes it easier to know when you have done enough reading.
Furthermore, it is vital that you focus on a research area that is manageable in the
timescale you have available to you and that what you set out to find what is measurable.
For instance, it is very difficult to measure understanding directly as in the case of students’
understanding of addition and subtraction. This is because understanding these concepts,
facts and skills occurs within the student and requires probing more explicitly; therefore a
more useful variable to investigate would be to measure student accuracy in applying addition
and subtraction by counting the number of times each student answered subtraction and
addition problems correctly.
Finally, beware of trying to measure impact or of trying to attribute increased
understanding or better pupil test performance directly to your new teaching approach,
because there are many variables in each very different classroom. Be cautious in making
such causal claims. There is a tendency to want to link pupils’ outcomes directly to teaching
approaches, however, there are many mediating factors in operation such as the motivation
and aptitude of individual students, the mix of students in your class and the resultant
classroom dynamics which could account for changes.
Refining The Focus For Research And Formulating A Research Question
Refining The Focus For Research And Formulating A Research Question
For example, a secondary school English teacher was dissatisfied with the way her students
wrote biographical sketches and on ‘drilling down’ found that her students did not know
how to structure or correct their writing. She decided that she would intervene to develop
and evaluate a new teaching approach. The teacher’s key research question was ‘What
teaching strategies will help my students recognize the gaps and mistakes in their writing?’,
and a sub-question was ‘How can I help my students write better transitions?’. The new
approach involved setting up situations for her students to do peer editing using a new guide
designed to help them locate transitions and missing transitions in the text. She monitored
the students’ work during and following the intervention.
Formulating a clearly stated question will help you to decide on the most useful data
to collect to answer your research question. Moreover having a clear focus will also prevent
you stashing away too much information that may be vaguely relevant. Having too broad
an approach is more likely to cause you angst because of the sheer volume and complexity
of information available. In the example given in Figure 2.3 the teacher has narrowed her
original very broad approach to a much narrower and manageable question: ‘How can I
increase students’ self-esteem in my lessons?’.
Figure 1.3
Narrowing your focus
Additionally, having a clear open-ended research question calls for deep thinking about issues
and makes it easier to know when you have done enough reading.
Furthermore, it is vital that you focus on a research area that is manageable in the
timescale you have available to you and that what you set out to find what is measurable.
For instance, it is very difficult to measure understanding directly as in the case of students’
understanding of addition and subtraction. This is because understanding these concepts,
facts and skills occurs within the student and requires probing more explicitly; therefore a
more useful variable to investigate would be to measure student accuracy in applying addition
and subtraction by counting the number of times each student answered subtraction and
addition problems correctly.
Finally, beware of trying to measure impact or of trying to attribute increased
understanding or better pupil test performance directly to your new teaching approach,
because there are many variables in each very different classroom. Be cautious in making
such causal claims. There is a tendency to want to link pupils’ outcomes directly to teaching
approaches, however, there are many mediating factors in operation such as the motivation
and aptitude of individual students, the mix of students in your class and the resultant
classroom dynamics which could account for changes.
• What is a school day or a lesson like from a pupil’s point of view? Are any
individuals or groups getting a relatively poor deal out of schooling?
• What happens when pupils disrupt lessons or behave in an anti-social
manner?
• What happens when children work in small groups? What sorts of assignments
are undertaken? Who decides what? Are the groups collaborative?
• Thirdly, to explain a situation or problem, account for patterns relating to
the phenomena being researched, or to identify relationships. For example:
• Do teachers and children perceive the same events in different or similar
ways?
• Do children read better as a result of a new programme?
• Do children read better in this programme compared with the standard
programme?
• Do teachers in the same school or department have similar or different
practices, beliefs, expectations, rewards and punishments, and conventions,
and how are these understood by the pupils?
Fourthly, to intervene to bring about changes in your classroom. For example:
• Can I raise students’ self-esteem in my lessons?
• How can I improve my own teaching?
• What happens in the classroom when there is a change of policy, a new
curriculum, work scheme, textbook, course, or new forms of assessment?
Refining The Focus For Research And Formulating A Research Question
14
LOOKING AT EXPERT RESEARCHERS’ QUESTIONS
Reading more expert researchers’ work will help you to learn how to undertake
classroombased research. Identify the authors’ research focus and locate their research
questions. In the final published paper this will seem like a straightforward linear process
moving effortlessly from identifying a focus through to formulating the question, but as you
now know this was probably not the case. The expert researchers will also have spent hours
reading relevant literature, thought long and hard about the purpose of their research before
finally framing the research questions. Consider the style of research questions that expert
researchers use in their work set out in Box 1.2.
Box 1.2 - An example of an expert researcher’s school-based research
Paper used: O’Brien, C. (2007) ‘Peer devaluation in British secondary schools:
young people’s comparisons of group-based and individual-based bullying’,
Educational Research, 49 (3), 297–324.
O’Brien sets out her research area early in the opening pages; this is to focus
on young adolescents’ perceptions of two distinguishable bases for being
bullied:
1. For group membership, such as one’s race or sex as a whole.
2. For individual, unique differences.
At the end of her literature review and before her methods section, she also
clearly states her research questions.
This exploratory study has a threefold aim:
1. Do students evaluate pejorative names differentially?
2. How do students justify their value judgements? On what dimensions are
group and individual-based name-calling perceived as similar and different?
3. Are appraisals comparable? Are we comparing ‘apples and oranges’?
Activity 1.2
Use the grid in Figure 1.4 below to help you clarify your thoughts about your
focus and research question.
Refining The Focus For Research And Formulating A Research Question
15
Figure 1.4
Refining a research question
FURTHER EXAMPLES OF CLASSROOM-BASED RESEARCH PROJECTS
The next section below shows four further examples of classroom-based research. In
these examples, the work was undertaken by beginning teachers during their initial teacher
education. Two research projects were stimulated by a developing awareness of practice
through exposure to new ideas, and the broad research aims were to better understand
history teaching and student motivation. The history teacher set out ‘primarily to problematize
or characterize an aspect of subject learning’, while the motivation study was an attempt at
understanding why a small group of boys were disaffected in science lessons. The other two
projects took the form of an intervention whereby both teachers tried a new approach and
monitored the effect on student learning.
THE M-LEVELNESS OF PGCE WORK
Each university will have specific criteria for judging M-level work which is used to assess and
make judgements about students’ work. However, in the introduction we set out generic
descriptors for Masters level work which I will use here to illustrate how PGCE schoolbased
research can met these requirements.
In essence, these require that Masters level work demonstrates:
knowledge and understanding
the application of knowledge and understanding through problem-solving abilities
the ability to integrate knowledge and handle complexity by making judgements
the communication of conclusions and underpinning knowledge and rationale to specialist
and non-specialist audiences
the ability to study in a manner that may be largely self-directed or autonomous.
Refining The Focus For Research And Formulating A Research Question
Refining The Focus For Research And Formulating A Research Question
LOOKING AT EXPERT RESEARCHERS’ QUESTIONS
Reading more expert researchers’ work will help you to learn how to undertake classroom-
based research. Identify the authors’ research focus and locate their research questions. In the
final published paper this will seem like a straightforward linear process moving effortlessly
from identifying a focus through to formulating the question, but as you now know this was
probably not the case. The expert researchers will also have spent hours reading relevant
literature, thought long and hard about the purpose of their research before finally framing
the research questions. Consider the style of research questions that expert researchers use
in their work set out in Box 2.2.
Figure 1.4
Refining a research question
FURTHER EXAMPLES OF CLASSROOM-BASED RESEARCH PROJECTS
Table 2.1 below shows four further examples of classroom-based research. In these examples,
the work was undertaken by beginning teachers during their initial teacher education. Two
research projects were stimulated by a developing awareness of practice through exposure
to new ideas, and the broad research aims were to better understand history teaching and
student motivation. The history teacher set out ‘primarily to problematize or characterize an
aspect of subject learning’, while the motivation study was an attempt at understanding why
a small group of boys were disaffected in science lessons.
The other two projects took the form of an intervention whereby both teachers
tried a new approach and monitored the effect on student learning.
THE M-LEVELNESS OF PGCE WORK
Each university will have specific criteria for judging M-level work which is used to assess and
make judgements about students’ work. However, in the introduction we set out generic
descriptors for Masters level work which I will use here to illustrate how PGCE school-
based research can met these requirements.
In essence, these require that Masters level work demonstrates:
knowledge and understanding
the application of knowledge and understanding through problem-solving abilities
the ability to integrate knowledge and handle complexity by making judgements
the communication of conclusions and underpinning knowledge and rationale to specialist
and non-specialist audiences
the ability to study in a manner that may be largely self-directed or autonomous.
Box 1.2 - An example of an expert researcher’s school-based research
Paper used: O’Brien, C. (2007) ‘Peer devaluation in British secondary schools:
young people’s comparisons of group-based and individual-based bullying’,
Educational Research, 49 (3), 297–324.
O’Brien sets out her research area early in the opening pages; this is to focus
on young adolescents’ perceptions of two distinguishable bases for being
bullied:
1. For group membership, such as one’s race or sex as a whole.
2. For individual, unique differences.
At the end of her literature review and before her methods section, she also
clearly states her research questions.
This exploratory study has a threefold aim:
1. Do students evaluate pejorative names differentially?
2. How do students justify their value judgements? On what dimensions are
group and individual-based name-calling perceived as similar and different?
3. Are appraisals comparable? Are we comparing ‘apples and oranges’?
Activity 1.2
Use the grid in Figure 2.4 below to help you clarify your thoughts about your
focus and research question.
Refining The Focus For Research And Formulating A Research Question
16
For a range of example of the sort of research work carried out by PGCE students at
the University of Cambridge please see the online Journal of Trainee Teacher Educational
Research http://jotter.educ.cam.ac.
In the next section, I will use a further example of PGCE – M level work to illustrate
how school-based research can meet these descriptors of M ‘levelness’. Further examples
will be continually added to the website. The work used was submitted by Owain, a beginning
teacher completing a one-year PGCE M-level secondary science course. This work is the
final 8500-word report of a classroom-based case study undertaken in the second and third
terms of his professional school placement.
The title of his work is: ‘A Case Study of Assessment for Learning: A Critical Analysis of the
Perceptions and Interactions of Science Students Engaged in Peer-Assessment Exercises in a
Year 10 Triple Set Living and Growing Teaching Episode’.
This work extends Owain’s knowledge and understanding through applying ideas
in a research context. It also illustrates how Owain applies knowledge and understanding
through problem-solving in a new classroom environment within broader multidisciplinary
contexts. Box 2.3 provides Owain’s rationale for undertaking this work.
Refining The Focus For Research And Formulating A Research Question
Refining The Focus For Research And Formulating A Research Question
For a range of example of the sort of research work carried out by PGCE students at
the University of Cambridge please see the online Journal of Trainee Teacher Educational
Research http://jotter.educ.cam.ac.
In the next section, I will use a further example of PGCE – M level work to illustrate
how school-based research can meet these descriptors of M ‘levelness’. Further examples
will be continually added to the website. The work used was submitted by Owain, a beginning
teacher completing a one-year PGCE M-level secondary science course. This work is the
final 8500-word report of a classroom-based case study undertaken in the second and third
terms of his professional school placement.
The title of his work is: ‘A Case Study of Assessment for Learning: A Critical Analysis of the
Perceptions and Interactions of Science Students Engaged in Peer-Assessment Exercises in a
Year 10 Triple Set Living and Growing Teaching Episode’.
This work extends Owain’s knowledge and understanding through applying ideas
in a research context. It also illustrates how Owain applies knowledge and understanding
through problem-solving in a new classroom environment within broader multidisciplinary
contexts. Box 2.3 provides Owain’s rationale for undertaking this work.
Research aim
Understanding
Intervention
Stimulus
Develop new awareness
Dissatisfaction with practice
Topic area
History teaching
Motivation
Modern
languages
Group work
Emerging
questions
Elaborate
the working
conceptual
apparatus around
moral vs. historical
debate, in order
to strengthen
the analytic
power of the
definitions/goals
history teachers
work with. What
concerns in my
own practice am I
seeking to address
and illuminate?
Justify and define
focus on pupil
experience?
Why are some
pupils disengaged
with school work?
What prevents
students from
working? What
is work-avoidant
behaviour?
Differentiation?
Can teachers of
MFL differentiate
lessons? Is there
evidence of
impact on FL
learning?
Can A-level
chemistry
teaching be less
didactic?
Working title
A critical analysis
of commonality
and divergence
across moral
reasoning and
causal reasoning,
drawing upon
a study of four
Year 9 pupils’
experience of
constructing causal
explanations of the
Holocaust.
A case study of Y9
examining pupils’
self-perceptions
towards learning
in a science
classroom.
A critical analysis
of the impact
of teaching
strategies
that cater for
differentiation
in a class of Y9
pupils of French
learning the
perfect tense.
Does the use of
active teaching
approaches
to encourage
independent
learning increase
students’
understanding
in Year 12
chemistry
lessons?
Research
questions
What forms did
pupils’ reasoning
(oral and written)
take? How might
those forms
be classified?
What counts as
‘reasoning’ for
me as a history
teacher? How
adequate is the
existing conceptual
apparatus for
framing these
pupils’ reasoning
experiences?
Why do
pupils display
work-avoidant
behaviour in my
Y9 class?
How does the
use of different
modes of
differentiation
impact on
individual
learning?
What are the
key features
of an effective
differentiated
approach?
(1) As far as the
pupils themselves
are concerned,
are lessons
dominated by
symmetrical
dialogue more
effective at
developing their
understanding
than lessons
without such a
bias?
(2) Does a topic
taught through
symmetrical
dialogue result
in enhanced test
performances,
compared to
a topic taught
without such a
bias?
Refining The Focus For Research And Formulating A Research Question
17
Refining The Focus For Research And Formulating A Research Question
Refining The Focus For Research And Formulating A Research Question
For a range of example of the sort of research work carried out by PGCE students at
the University of Cambridge please see the online Journal of Trainee Teacher Educational
Research http://jotter.educ.cam.ac.
In the next section, I will use a further example of PGCE – M level work to illustrate
how school-based research can meet these descriptors of M ‘levelness’. Further examples
will be continually added to the website. The work used was submitted by Owain, a beginning
teacher completing a one-year PGCE M-level secondary science course. This work is the
final 8500-word report of a classroom-based case study undertaken in the second and third
terms of his professional school placement.
The title of his work is: ‘A Case Study of Assessment for Learning: A Critical Analysis of the
Perceptions and Interactions of Science Students Engaged in Peer-Assessment Exercises in a
Year 10 Triple Set Living and Growing Teaching Episode’.
This work extends Owain’s knowledge and understanding through applying ideas
in a research context. It also illustrates how Owain applies knowledge and understanding
through problem-solving in a new classroom environment within broader multidisciplinary
contexts. Box 2.3 provides Owain’s rationale for undertaking this work.
Research aim
Understanding
Intervention
Stimulus
Develop new awareness
Dissatisfaction with practice
Topic area
History teaching
Motivation
Modern
languages
Group work
Emerging
questions
Elaborate
the working
conceptual
apparatus around
moral vs. historical
debate, in order
to strengthen
the analytic
power of the
definitions/goals
history teachers
work with. What
concerns in my
own practice am I
seeking to address
and illuminate?
Justify and define
focus on pupil
experience?
Why are some
pupils disengaged
with school work?
What prevents
students from
working? What
is work-avoidant
behaviour?
Differentiation?
Can teachers of
MFL differentiate
lessons? Is there
evidence of
impact on FL
learning?
Can A-level
chemistry
teaching be less
didactic?
Working title
A critical analysis
of commonality
and divergence
across moral
reasoning and
causal reasoning,
drawing upon
a study of four
Year 9 pupils’
experience of
constructing causal
explanations of the
Holocaust.
A case study of Y9
examining pupils’
self-perceptions
towards learning
in a science
classroom.
A critical analysis
of the impact
of teaching
strategies
that cater for
differentiation
in a class of Y9
pupils of French
learning the
perfect tense.
Does the use of
active teaching
approaches
to encourage
independent
learning increase
students’
understanding
in Year 12
chemistry
lessons?
Research
questions
What forms did
pupils’ reasoning
(oral and written)
take? How might
those forms
be classified?
What counts as
‘reasoning’ for
me as a history
teacher? How
adequate is the
existing conceptual
apparatus for
framing these
pupils’ reasoning
experiences?
Why do
pupils display
work-avoidant
behaviour in my
Y9 class?
How does the
use of different
modes of
differentiation
impact on
individual
learning?
What are the
key features
of an effective
differentiated
approach?
(1) As far as the
pupils themselves
are concerned,
are lessons
dominated by
symmetrical
dialogue more
effective at
developing their
understanding
than lessons
without such a
bias?
(2) Does a topic
taught through
symmetrical
dialogue result
in enhanced test
performances,
compared to
a topic taught
without such a
bias?
Refining The Focus For Research And Formulating A Research Question
18
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