Physics
RESULTS OF ASSESSMENT
2006-2007 (submitted 05/14/08)
Updates to Assessment Plan:
- The Department of Physics continually places an
emphasis on assessment of its program outcomes. This takes place
on two different levels. First, the Department evaluates the
experiences of its majors (Physics, Applied Physics, Physics Teaching, and
Physical Science Composite Teaching) in their respective programs. Second, the Department has an Assessment Committee, chaired by a physics
education researcher, to evaluate various aspects of specific coursework and/or activities engaged in by all students, both majors and non-majors. We are pleased to report that our current
assessments describe our graduates as satisfied with their degree and capable of graduate coursework and employment upon graduation; and
students in our service learning opportunities in the planetarium.
Students graduating from the department with any of the four degrees complete an anonymous exit survey as a part of graduation sign-off. In addition,
these students complete an exit interview with either the Department Chair or the Physics Teaching Advisor to obtain additional impressions of
the program. Whenever possible, students’ GRE exam data is collected, however this data is limited to students who this exam and
who are willing to share their results with the department. Finally, the department chair maintains records, when possible, of where students
become employed or enter graduate school.
This year, a line of research has begun in which we consider the outcomes of service learning
opportunities in the department, such as in the planetarium. Data have been collected regarding how students are drawn to these opportunities, what they
seek from them, what they like about them, and how these opportunities fit with their long term goals.
Additionally, other previous assessment efforts have manifested themselves in program changes for the upcoming year, specifically for our
teaching program.
Assessment Results:
- As is traditionally the case, students graduating from
our programs described high levels of satisfaction with the program. As
described in a later section, our graduates are successfully finding employment
and/or positions in graduate school upon graduation.
Students queried regarding their service learning experiences in the
department (specifically, the planetarium) describe the following general themes. First, they enjoy the community and mentorship that
this service affords them. Second, they see a connection between what they are
doing in the planetarium and what their long term goals are, even
though their goals are especially diverse and only loosely connected
to planetaria and informal science education. Finally, students in
these experiences describe a scaffolding that takes place in
their work, so that they can begin work in the planetarium, specializing in
things that they are already skilled at or already have an interest in. This
allows them to be introduced to the planetarium community and the department in
a manner that welcomes them, as well as their extant skill sets. This places a
different role on the service learning, as compared to undergraduate research
opportunities or standard coursework.
Planned improvements based on
assessment data:
- This past year, specific changes have been made to our
teaching programs (in addition to other COS teaching programs)
that have been based on previous years’ assessment efforts. In
summary, these changes reduce the requirements in coursework taken in the College of Education, but increase specific
science education related coursework and independent
research. These program changes will take effect during the next academic
year.
Lower division labs, having been
assessed for student-reported efficacy in previous years, have been a lingering
area of concern for many faculty. This fall, a one course reduction for one
faculty member is being utilized for further lab program assessment and
improvement.
Finally, based on an
experimental course in computation taught by one of our faculty and new
facilities and expertise in the department, curricular changes to computational
physics courses have been made. These will continue to be monitored by the
department and its faculty.
Mission Statement
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