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2010 - 2011 3-2 Engineering Program
Objectives | Fields of Study
| Timetable | Program Requirements
Objectives
Westminster offers a 3-2 Engineering Program in conjunction with the University of Southern California, in Los Angeles, California (USC), and Washington University in St. Louis, Missouri. Students who successfully complete the requirements for this program will earn two degrees:
- A Bachelor of Science or Arts with a major either in Biology, Chemistry, Computer Science, Physics, and Mathematics. (Students may pursue other majors, but it may take them longer than 5 years to complete the two degrees.)
- A Bachelor of Science in an engineering discipline from either Washington University or USC.
The 3-2 program is perfect for the student who wants to enhance and broaden their undergraduate education as a prelude to the focused work of engineering school. In all their pre-engineering classes, students receive the benefits of Westminster's small class sizes and tradition of teaching excellence. Westminster's math and science programs offer "learning communities" that couple courses like math and biology and utilize group-based, hands-on learning. Moreover, students often develop close nurturing relationships with faculty and their peers at Westminster that might not happen at a larger school.
Under the 3-2 program, a student attends Westminster College for approximately three years and then transfers to either the University of Southern California (USC) or Washington University for an additional two years of study in the selected engineering discipline. (1) As Westminster freshman, students must meet entrance requirements for USC or Washington University. (2) The 3-2 program advisor at Westminster College must recommend them. (To be considered for this recommendation a students must satisfy all the program requirements listed below, maintain a cumulative grade point average of 3.00, and maintain a 3.00 average in the major courses.) (3) Students must complete at least four semesters of full-time study at Westminster before transferring to the engineering school. (4) Students must have completed 12 upper division credits in their major prior to transfer. Students who complete the 3-2 program by transferring to either USC or Washington University automatically have the Westminster residency requirement waived. (Westminster requires that the last 36 hours of course work be completed at Westminster.)
Fields of engineering offered by the University of Southern California and Washington University:
University of Southern California |
Washington University |
| Aerospace/Mechanical |
Biomedical |
| Astronautics/Space Technology |
Chemical |
| Biomedical |
Civil |
Chemical/Materials Science
|
Computer Science |
| Civil/Environmental |
Computer Engineering |
| Computer Science |
Electrical |
| Electrical |
Mechanical |
| Industrial and Systems Engineering |
System Science & Engineering |
After successful completion of both portions of the program the student is awarded degrees from both institutions.
Sample Student Timetable
In order for the student to complete the dual degree program in five years, it is important to follow closely the timetable set up by the advisor. The following is a sample timetable for a student majoring in Physics at Westminster and desiring a dual degree in Electrical Engineering. A particular student's course schedule will depend upon their prior coursework, their major at Westminster, the desired engineering discipline, and the specific requirements of the engineering school.*
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Fall Semester |
Spring Semester |
Year 1, Freshman See the 3-2 advisor** |
MATH 201 Calculus I
CHEM 111 Principles of
Chemistry I and Lab
Other required LE courses*** |
MATH 202 Calculus II
CHEM 112 Principles of
Chemistry II and Lab
Other required LE courses |
Year 2, Sophomore
Review program with advisor |
MATH 203 Multivar. Calculus
PHYS 211 Phys for Scientists & Engineers I and Lab
Other required LE courses |
MATH 204 Linear Alg. &
Different'l Equations
PHYS 309 Mathematical
Methods of Physics
PHYS 212 Phys for Scientists & Engineers II and Lab
Other required LE courses |
Year 3, Junior
Review program with advisor
At the end of Fall
semester, apply to desired
engineering school.
Meet with 3-2 advisor and request letter of recommendation. |
PHYS 305 Principles of Optics
PHYS 311^ Analytic Mechanics
PHYS 370^^ Scientific Computing
Other required LE courses |
PHYS 431 Principles of
Electrodynamics
Remaining LE courses |
Year 4
First year at
engineering school |
Summer after completing Year 4: Send copy of transcripts from engineering school to Registrar's Office at Westminster. |
Year 5
Second year at
engineering school |
Student applies for graduation from both Westminster and the engineering school in the spring. |
After spring semester, student receives degrees from the engineering school and from Westminster College. |
*Some engineering disciplines require specific pre-engineering classes. These can be taken at the engineering school.
**The current 3/2 advisor is Dr. Peter Conwell, Assistant Professor of Physics.
***Westminster College requires all freshmen to enroll in one learning community. These are classes linked with a common theme. Typically at least one of these courses will satisfy a liberal education requirement.
^Typically taught every other year
^^Taught every other year
Financial Aid
Merit-based and need-based financial aid is available from Westminster College and the engineering schools. However, these programs are not linked. Students receiving financial aid from Westminster must reapply for financial aid at the engineering school.
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 coursework that will be required during their two years at the university.
Students must complete all their Liberal Education Requirements and the following set of engineering core courses:
| CHEM |
111-112 |
Principles of Chemistry I and II and Lab |
| CMPT |
201 |
Introduction to Computer Science |
| CMPT |
401 |
Directed Studies (FORTRAN, C++, or Java) |
| ENGL |
110 |
Composition and Research, LE |
| MATH |
201-202 |
Calculus I and II |
| MATH |
203 |
Multivariate Calculus |
| MATH |
211 |
Introduction to Linear Algebra |
| MATH |
363 |
Differential Equations II |
| PHYS |
211-212 |
Physics for Scientists and Engineers I and II and Lab |
| PHYS |
301 |
Introduction to Modern Physics |
Additional classes that may be required, depending on the field of engineering
chosen, include:
| BIOL |
221 |
Invertebrate Zoology and Lab |
| BIOL |
310 |
General Botany and Lab, LE |
| CHEM |
303-304 |
Organic Chemistry I and II and Lab |
| CHEM |
306 |
Quantitative Analysis and Lab |
| CHEM |
350 |
Biochemistry and Lab |
| CHEM |
421-422 |
Physical Chemistry I and II and Lab |
| CMPT |
351 |
Operating Systems |
| MATH |
150 |
Elementary Statistics, LE |
| MATH |
310 |
Probability and Statistics |
| MATH |
311 |
Linear Algebra II |
| MATH |
362 |
Numerical Analysis |
| PHYS |
300 |
Mathematical Methods for Physicists |
| PHYS |
311 |
Analytical Mechanics |
| PHYS |
410 |
Quantum Mechanics (Same as CHEM 421) |
| PHYS |
411 |
Thermodynamics and Statistical Mechanics and Lab (Same as CHEM 422) |
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