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Department of Physics |
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Outcomes
Data |
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2010-2014
2007-2009
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Student
data: 2004-2008.
- During the past decade the Physics
Department has produced 7 Goldwater
Scholars and 3 Goldwater Honorable
Mentions. The department has produced
a Rhodes Scholar and a Rhodes
Finalist. During this time the
department also produced a Marshall
Scholar, a Fulbright Student Scholar,
an NSF Graduate Fellow, an NSF
Graduate Honorable Mention, a Utah
Governor’s Scholar, an SPS National
Leadership Scholar, an SPS Outstanding
Undergraduate Researcher, 2 College of
Science Teaching Assistants of the
Year, 2 College of Science
Undergraduate Researchers of the Year,
and a number of student awards for
presentations at regional and national
conferences.
- Inputs
from Students: College of
Science Exit interview data: 2008
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Input
from Students and Faculty (Spring
2007): Curriculum committee
evaluated the progress of the
advanced optics course offerings and
the resulting sharing of the
undergraduate Intermediate
Electromagnetism (Physics 3600)
teaching with Electrical
Engineering. Based upon
student interviews and consultation
with the instructor of Advanced
Electromagnetism (PHYS 4600) from
the Physics Department, it appears
that the goals of engineering and
physics students are sufficiently
disparate to make the EE offereing
unsuitable for preparing Physics
Majors for Physics 4600. In
addition, it appears the demand for
the advanced Optics courses has not
met with initial expectations. Not
enough students.Exit interviews with
students indicate that their
interaction with the Departmental
Advisor is among the best features
of their experience at USU.
- Input
from Students and Faculty:
(Spring 2009): Students and faculty
note that our graduate school-bound
ostudents would be more competitive if
they performed better on the Physics
GRE.
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Inputs from
Students: Exit
interviews with students indicate
that their interaction with the
Departmental Advisor is among the
best features of their experience at
USU.
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Inputs from
Students:
Students indicate the need for an
enhanced computational experience
using software which is common in
industry (e.g., MATLAB).
Pre - 2007
- Inputs
from Students: College of
Science Exit interview data: 2006
- Inputs from
Faculty: At a recent faculty
retreat feedback from upper-level
instructors indicated that lower-level
mathematics preparation was frequently
inadequate. A need for enhanced
computational training also noted.
- Inputs
from Faculty and Students:
Our top students could be more
competitive in applying for national
awards and scholarships.
- Inputs
from Faculty: At a recent
faculty retreat it was pointed out we
need a systematic way of engaging
undergraduates in research
experiences.
- Inputs from
Departments: We
Serve: Electrical engineering
indicates we could be of service in
offering advanced optics courses to
prepare students for work at Space
Dynamics Laboratory and elsewhere.
- Inputs from
Departments: We
Serve: Engineering college perceives a
need for an enhanced physics
experience for advanced
undergraduates.
- Inputs
from Students: Exit
interviews with students indicate
their desire for a more flexible
curriculum that better positions them
for a variety of jobs (rather than
just graduate school) after
graduation.
- Inputs
from Students: Graduate
students frequently complain to
departmental advisor over the
complicated system of requirements for
moving through the system.
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