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How
do I determine my analysis capabilities?
- What
you may want to do is choose a particular assessment method and
then check your understanding of the analysis that will be required
in order to use that method. You will most likely know fairly
quickly whether you are capable of conducting and understanding
the required analysis.
What
are some types of direct data that student affairs professionals have
access to?
- This
answer varies depending on your particular initiatives and
evidence that you require to assess particular outcomes. Examples
of indirect evidence can include
- Student
work samples
- Collections
of student work (e.g. Portfolios)
- Capstone
projects
- Project-embedded
assessment
- Observations
of student behavior
- Internal
juried review of student projects
- Evaluations
of performance
- External
juried review of student projects
- Externally
reviewed internship
- Performance
on a case study/problem
- Performance
on problem and analysis (Student explains how he or she
solved a problem)
- Performance
on national licensure examinations
- Locally
developed tests
- Standardized
tests
- Pre-and
post-tests
- Essay
tests blind scored across units
How
much and how often do I need to collect data to make it useful?
- This
is a very good question and its answer depends on how your program
is run. In other words, how often do you need to gather evidence
of how well your program is working in order for you to make
changes to improve your program? For some, this may be every
semester. For others it may be at the end of an academic year
or at the send of a summer. Still others may find it meaningful
to gather evidence every other year, as it may take them a while
to implement the changes they need in order to see if any improvements
from those changes have been made.
- In
regards to how much, I use a simple gauge for that. The gauge
is the answer to this question, how much information do I need
to gather in order to know if X is working well? I often also
want to know about y and z, but time never seems to allow me
to obtain all of the information I want. Quite honestly, as much
time as it takes to gather the data, analyze it, and interpret
it, it seems to take even more time to make the changes that
the data calls on to be made. Thus, I recommend not gathering
more data than one can reasonably respond to, unless you are
gathering benchmark data to use for later comparisons. How much
data is no more data than one can reasonably respond to? Again,
it varies; you will need to find out for yourself.
I
would like to see software or coding techniques that would allow
analysis for the data.
- We
use SAS software to analyze quite a bit of our data. You can
purchase books that have analysis code already written in them.
See www.sas.com.
- If
you are interested in qualitative analysis, I highly recommend
Denzin and Lincoln's Handbook of Qualitative Research, second
edition, (2002) by Sage Publications.
How
do I choose the most appropriate tools to measure my outcomes? Trial
and error?
- Seeing
what others are doing is certainly helpful when choosing appropriate
assessment methods, tools, and criteria. You can get a lot
of information from http://www2.acs.ncsu.edu/UPA/assmt/resource.htm.
Most importantly however, is your ability to answer the question, "will
the evidence that I expect to collect from this method, tool,
and/or criteria lead me to making decisions for continuous
improvement in regard to the outcome I am intending to assess"?
While many attempts may seem like "trial and error",
the more astute you are at articulating the intended result
of your program and how you know if you have reached it, the
more likely you will choose the appropriate assessment method
and thus, the less you will feel you are engaging in a "trial
and error" process.
How
do I validate or test the reliability of a locally developed survey
or one that I may have created?
What
is a good rubric for evaluating assessment?
What
are some cause and effect examples of assessment?
- No,
I cannot. Cause and effect assumes that there are no other
explanations for the relationship you are seeing. In most
assessment work, those potential influencing variables or
influences cannot be controlled and thus, there is no true
cause and effect. For more information on this, see http://trochim.human.cornell.edu/kb/causeeff.htm.
And finally remember, the purpose of assessment is to gather
information that will assist you in making decisions for
continuous improvement.
What
is the relationship between formative and summative assessment methods?
- As
you know, formative assessment means to form or shape the
program or performance while summative means to make judgments
about the result. Formative and summative is more about the
context in which you approach your assessment and how it
influences the formation of particular tools rather than
influencing the actual methods chosen.
- For
example, if you are conducting a semester-long program and
you are engaging in formative assessment, you will want to
assess your program at points in which you can still influence
the end product by making changes in the program. You may have
already chosen the assessment methods of surveys, observations,
and interviews for your summative assessment. You can use those
methods for formative assessment as well; you will just want
to pay attention to the timing of the assessment and change
what you are looking for. In other words, you won't be looking
for your end result half way through the semester. You will
be looking to see if your students are on track for that end
result.
How
do I conduct a good focus group?
- Great
question. See Denzin and Lincoln's Handbook of Qualitative
Research, second edition, (2002) by Sage Publications.
Are
multiple t-tests used to determine significance?
- I
am not sure I understand the question. There are several ways
to determine significance in quantitative data analysis. A
t-test is one of those methods and is used to determine whether
the means of two groups are statistically different from each
other. See http://trochim.human.cornell.edu/kb/stat_t.htm for
more information about t-tests.
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