1.
Why are we here?
Today has a Purpose
This course has a Purpose
Active reflection
Answer these questions
• What is research?
• What is the difference between
common knowledge and academic
knowledge?
• What is the difference between research
and science?
• What are the assumptions of science?
• What does IMRaD tell us about
research?
Understanding Research
• Two key paradigms of research
• Empirical and relativistic
• Empirical is concerned with finding the Truth
• Relativistic is concerned with questioning all truths
• Empirical can be used for any type of research
• Empirical research enables evidence-based practice
• Relativistic research tends to be mainly qualitative (and
philosophical)
• Relativistic research enables reflexive practice
Understanding Research
• Three main types of research:
• Quantitative = quantity/numbers
• Qualitative = quality/stories
• Mixed Methods = mixture
• In all these types, the research is always guided by a
question
• In quantitative research, analysis will tend to test for
hypotheses
• Evidence-based practice tends to rely on quantitative
and mixed methods
The Research Process
• The importance of whakapapa (the literature review)
• The importance of the research question
• The place of hypotheses
• The importance of methods and analysis
• The four rules of research:
• Replicability Can the be repeated
• Precision Refined to give the needed answer
• Falsibility Designed to find the truth by questioning the truth (empirical)
• Parsimony When complex results, the simplest answer is always chosen
10 Steps in the Research Process
1. Need, problem or issue is identified
2. Research topic is defined
3. Research question is developed
4. Literature of previous studies is reviewed
5. Methodology and methods are determined
6. Suitable sample and participants identified
7. Data collection instruments developed
8. Research Ethics considered
9. Data is collected and analysed
10. Report is developed
Applying One Method to Another
• Observation methods
• Qualitative Analysis Coding
Phase One: Scoping
• Brainstorming every possible question you would like answered on your
topic through reflecting on:
• Personal experiences
• Personal ambitions
• Scoping observations in the field
• Reviewing current literature
• Reviewing programme plans and objectives
Phase Two: Refining
• Grouping scoping questions
• Locate central themes
• Put aside outliners
• Organise each question along the
development lines
• Open to closed
• Broad to detailed
Phase Three: Generating the Question/s
• Locate the aim of your research through finding an encompassing theme for
your scoping questions
• This may be simply a hypothesis or
a specific aim (e.g. to develop …)
• Turn this aim into one, two, or
three overarching questions
Where to next….
• Locating your questions within a paradigm of research
• Outlining the constraints of your research
• Time, money, contextual etc
• Selecting an appropriate methodology
• Make sure there is fusion between the questions, paradigm (theory),
constraints, and methodology
• InAS6230, we will return to this slide later in the course
Why research is important to science
Research creates the knowledge of science
Research enables the truth of science to be challenged and
changed
No research can prove a theory it can only support it – hence
researchers are ALWAYS on the search to get closer and closer
to the Truth
Research can only give us confidence in a truth
Research acknowledges that truth cannot be found in one study
but in lots of studies
Relevance of research to practice
Efficient use of resources
Best outcomes for our clients/youth
New interventions and practice are developed
Informs policy and decision making
Provides evidence–based practice
Gives credibility and validity to what we do
Allows for ethical practice
Provides evidence for funding
How research is used in clinical practice
Programme evaluation
Day to day work with people
Treatment planning & review
Service planning
To educate others
Needs analysis – for service, group or
individual client
Enriching your own practice