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Chemistry
Assessment Report
January 2004
PART I
-
Summary
of Data
Assessment data include:
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Form A: Faculty
ratings of student performance in research.
A numeric rating scale is used, so that quantitative
data can be obtained. (See attached Research Rating
Scale—
Appendix A.
Results are provided for seniors.) [PDF]
-
Form B: Student
self-assessment. A numeric rating scale is
used, so that quanitative data can be obtained. (See
Student Self-Assessment results,
Appendix B.
These are completed by graduating seniors.)
[PDF]
-
Form C: Faculty ratings of
student performance in senior seminars.
A numeric rating scale is used, so that quantitative
data can be obtained. (See Seminar
Evaluation--Appendix
C).
[PDF]
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Form D: Student
exit-surveys. There is no number system
included, so qualitative rather that quantitative
feedback results. Due to the length of this
survey, it is not included this report.
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Commentary
The three
evaluation forms A-C are organized according to the
department’s stated 5 outcome goals:
-
basic understanding
-
analytical thinking/problem
solving
-
laboratory expertise;
-
experimental design; and
-
communication skill
Research is
cross-disciplinary, and success requires integration of
all of the department’s outcome skills. Thus the
department considers this an excellent venue for
evaluating student outcomes.
Overall, faculty
ratings of student outcome performance in all five areas
were favorable. (See Form A,
Appendix A). [PDF] The averages (scale
of 1-5) for all of the seniors performing research
ranged from 3.8-4.3. The one outcome area that scored
lower than the others was “communication skills”, with a
3.8 average. The other areas each had averages in the
4.2-4.3 range.
The student
self-assessments were also consistently positive, with
averages of 4.2-4.4 in all five outcome target areas.
(See Form B,
Appendix B). [PDF]
The faculty evaluation
(scale of 1-5) of the student seminars was also
favorable, with averages of >4 in all five outcome
areas. (See Form C,
Appendix C). [PDF]
Because of the length of
this survey, and because student responses involve written
comments, neither the survey nor the results are included in
this assessment report. But a number of interesting
generalizations and/or issues arise.
-
Most of the graduating
chemists have relatively good GPA’s, the majority being
>3.0.
-
Most
of the graduating students intend to pursue further
education in graduate school or professional school.
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Students are
consistently positive about their experiences in the
department, and answer “No” when asked if they’ve
regretted being a chemistry major.
-
Most of the students
are very positive about the education they have received
in their chemistry courses.
-
Most are positive about
their experiences in their liberal studies courses,
although the responses are not nearly as positive or
consistent as for their science courses.
-
Students were very
positive about the permanent faculty they interacted
with in the chemistry department. There were repeated
concerns about some of the fixed-term faculty they’d had
or had heard about.
-
Several students
commented on the difficulty of General Chemistry II, and
mentioned their belief that putting the best faculty in
general chemistry should be a departmental priority.
-
Students were very
positive about the friendliness and accessibility of
chemistry faculty.
-
Students thought the
department ‘s expectations were very demanding.
-
Students
were very positive about both their laboratory and their
research experiences.
-
Students were somewhat
mixed on the quality of the laboratory, laboratory
equipment and computers that were provided.
-
Students were somewhat
mixed on the quality of advising that they received.
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Departmental Responses
to Assessment Input
Given that none of the
assessment tools have identified major weakness in the
program, or desired outcomes that our students are not
reaching, we have not made any major policy or program
adjustments based on this assessment data. Several
things that the department does wish to prioritize in
the future include:
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Better laboratory
facilities, laboratory equipment, and computers
available for student use. We expect that the new
science addition should address these issues!
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An attempt to
prioritize the quality of instructors in the general
chemistry program.
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