DUAL-DEGREE
ENGINEERING PROGRAM
B.S.
in Physics Granted by Longwood and a second degree:
M.S.
Degree in Engineering Granted by University of Virginia or
Old
Dominion University
or
M.S. Degree in Applied Physics Granted by
Christopher Newport
University
or
B.S. Degree in Engineering Granted by Virginia Polytechnic Institute
& State University, Georgia Institute of
Technology, Old Dominion University, or The University of
Tennessee
Students
in the Dual-Degree Engineering Program attend Longwood College for the
first three years to complete courses listed under A, B and C of the
Longwood Physics degree requirements. The student’s work in these
three years will also fulfill the requirements of the first two years of
the B.S. degree at GIT or ODU. At the beginning of the fourth year,
provided the appropriate academic requirements have been met (see Note
below), the student transfers to the second institution and takes
appropriate engineering (or physics at CNU) courses as designated by the
adviser at the second institution. When the necessary Longwood
requirements are taken at the second institution and the credit hours
are transferred back, the student will be awarded the B.S. degree in
Physics from Longwood. When all prescribed courses are fulfilled at the
second institution, the student is awarded the second degree by that
institution. Normally, in the five-year period, the student receives two
degrees, one from each institution.
The
course requirements for the Dual-Degree Engineering Program are the same
as for the Longwood Physics major, except for the specific electives
below:
Required Electives:
| CNU: |
| CMSC
204 |
Introduction
to Computer Programming/3 credits |
| CMSC
206 |
Data
Structures in Advanced Programming/3 credits |
| CMSC
315 |
The
C Programming Language/3 credits |
| Solid
State Physics Option: |
| CHEM
400 |
Physical
Chemistry/3 credits |
| PHYS
326 |
Optics/4
credits |
| Instrumental
and Advanced Computer Systems Option: |
| CMSC
301 |
Computer
Organization and Assembler Language Programming/3 credits
|
| CMSC
306 |
Computer
Organization/3 credits |
| CMSC
310 |
Introduction
to Operating Systems and Computer Architecture/3 credits
|
|
Recommended Electives:
ODU:
|
| MATH
343 |
Linear
Algebra/3 credits |
| GIT: |
| MATH
343 |
Linear
Algebra/3 credits |
| POSC
150 |
American
Government and Politics/3 credits |
| UVA: |
| CMSC
204 |
Introduction
to Computer Programming/3 credits |
| MATH
300 |
A
Transition to Advanced Mathematics/3 credits |
| MATH
343 |
Linear
Algebra/3 credits |
| MATH
371 |
Introduction
to Probability and Statistics/3 credits |
| MATH
461 |
Senior
Seminar/3 credits |
| MATH
481 |
Complex
Analysis/3 credits |
NOTES:
120 hours are required for graduation from Longwood with a
cumulative average of 2.0 and with no grade below C-
in a physics course. General elective hours for the Longwood physics
requirements which are not fulfilled at the time of transfer will be
taken at the second institution. Longwood will award transfer credit for
courses passed with grades of C
or above at the second institution.
Students
transferring to UVA or CNU may elect to remain at Longwood for seven
semesters before transferring.
The
ODU B.S. program will only accept certain Longwood General Education
courses for transfer. Students electing this option should see the
Dual-degree Engineering Program Director for details.
In
the M.S. programs, the student’s Longwood academic average must be B
or better, both overall and in mathematics and physics, to be eligible
for transfer. The student applies to the second institution for
admission as a conditional graduate student. At the second institution,
the student completes a sufficient number of appropriate undergraduate
courses to fulfill Longwood’s 120 hour degree requirement. Providing
that the average in this course work is B
or better and that a satisfactory score has been obtained
on the Graduate Record Examination (which may be taken at any time prior
to the awarding of the Longwood physics degree), the student is admitted
unconditionally into the graduate program at the second institution.
For
the GIT, Virginia Tech and University of Tennessee B.S. programs, a
student must have a 3.0 academic average at Longwood (both overall and
in mathematics and physics) to be eligible for transfer.
For
transfer to UVA and V.P.I., all coursework listed under A, B, and C of
the Longwood physics degree requirements must be completed at Longwood
before transfer. At the other institutions, some of this coursework may
be taken at the second institution with prior permission of authorities
at both institutions.
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