2004 - 2005 3-2 Engineering Program
Objectives | Fields
of Study | Program Requirements
Objectives
A 3-2 Engineering Program is offered in conjunction with both the University
of Southern California, Los Angeles, California, and Washington University
in St. Louis, Missouri. Students who successfully complete the requirements
for this program will earn two degrees:
- a Bachelor of Arts or Science, with a major in either Mathematics,
Physics, Biology, Computer Science, or Chemistry from Westminster College,
and
- a Bachelor of Science in a specific field of engineering from either
of the universities listed above.
The purpose of the 3-2 program is to enhance students' preparation for
careers in the field of engineering by providing them with the broader
educational background available in a liberal arts school. This program
also allows students to prepare for the demanding engineering program
in the environment of a small college with smaller classes and more individual
attention.
Under the 3-2 program, a student attends Westminster College for three
years and then transfers to either of the universities listed above for
an additional two years of study in the selected engineering discipline.
The student must (1) meet entrance requirements for the university of
his/her choice as an entering freshman before acceptance into the university
for the remaining two years of study and, (2) be recommended by the 3-2
program director at Westminster College. A student must have completed
all of the requirements listed below and have a cumulative grade point
average of 3.00 as well as a 3.00 average in the major courses in order
to be considered for a recommendation.
Fields of engineering from which the 3-2 program
students may select include:
University of Southern California
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Washington University
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Aerospace Engineering
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Aerospace Engineering
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Biomedical Engineering
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Biomedical Engineering
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Biomedical/Electrical Engineering
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Chemical Engineering
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Biomedical/Mechanical Engineering
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Civil Engineering
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Chemical Engineering
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Computer Science
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Civil Engineering
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Electrical Engineering
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Computer Science
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Engineering and Public Policy
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Electrical Engineering
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Mechanical Engineering
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Electrical Engineering with Computer emphasis
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Systems Science and Mathematics
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Environmental Engineering
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Industrial and Systems Engineering
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Mechanical Engineering
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After successful completion of both portions of the program the student
is awarded degrees from both institutions.
Program Requirements at Westminster College
Students in this program are encouraged to meet with the program director
at Westminster College during their freshman year to ensure satisfaction
of all the requirements for their chosen field of engineering during their
time at Westminster College and to learn about the course work that will
be required during their two years at the university.
Students must complete all their Liberal Education Requirements (see
the "Undergraduate Degree Requirements" section of this catalog)
and the following set of engineering core courses:
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CHEM
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111-112
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Principles of Chemistry I and II and Lab
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CMPT
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201
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Introduction to Computer Science I
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CMPT
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401
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Directed Studies (FORTRAN, C++, or Java)
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ENGL
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110
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Composition and Research, LE
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MATH
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201-202
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Calculus I and II
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MATH
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204
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Linear Algebra and Differential Equations
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MATH
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303
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Multivariate Calculus
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MATH
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363
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Differential Equations II
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PHYS
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211-212
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Physics for Scientists and Engineers I and II and Lab
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PHYS
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301
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Introduction to Modern Physics
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Additional classes that may be required, depending on the field of engineering
chosen, include:
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BIOL
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221
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Invertebrate Zoology and Lab
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BIOL
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310
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General Botany and Lab, LE
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CHEM
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303-304
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Organic Chemistry I and II and Lab
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CHEM
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306
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Quantitative Analysis and Lab
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CHEM
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350
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Biochemistry and Lab
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CHEM
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421-422
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Physical Chemistry I and II and Lab
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CMPT
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351
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Operating Systems
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MATH
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150
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Elementary Statistics
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MATH
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310
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Probability and Statistics
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MATH
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311
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Linear Algebra II
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MATH
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362
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Numerical Analysis
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PHYS
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309
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Mathematical Methods for Physicists
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PHYS
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311
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Analytical Mechanics
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PHYS
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410
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Quantum Mechanics
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PHYS
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411
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Thermodynamics and Statistical Mechanics and Lab
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