MAJOR COURSE GUIDE
Not an Official Record – Official Records from Office of Registrar
Student ___________________________________ ID____________
Catalog of Record (Year)
2013-14
Update year if change in major– see catalog
APPLIED MATHEMATICS
Major
MINOR NOT REQUIRED
**Available only to students participating in the Engineering Dual-Degree Program** [ see catalog]
It is solely and only the student’s responsibility to meet the requirements for graduation. All forms of advising are for informational purposes only.
ENGL 111 & 112 and Mathematics Core course (MATH 111 or higher) must be completed within the first four major terms.
Liberal Arts Core (LAC)
COURSE
Hrs Grade
English 111
3
English 112
3
Mathematics Courses – 30 hrs
COURSE
Hrs
MATH 221: Calculus I
4
222: Calculus II
4
English 202 or 203 or 204
3
Foreign Language or Language Literature (any one)
FREN 201 or SPAN 201 or CHIN 213 or
FREN 213 or SPAN 213 or WRLD 213 or
CHST 122 or CHST 132
3
321: Calculus III
4
326: Linear Algebra & Lab
4
346: Probability Theory
3
347: Statistics
3
351: Differential Equations
4
422: Adv. Eng. Mathematics
4
Communication 110
3
Music 171 (any one)
3
Christian Studies 111
3
Christian Studies 112
3
History 111 or 112 or 113 (any one)
3
Another History or Political Science 201
3
3
COINS 235:C++ Programming & lab
4
3
Mathematics 221 or higher
Social Science
Economics 211 or 212
Natural Science
CHEM 121:College Chem I
CHEM 123 Lab
PHYS 203: Gen Phys I & lab
4
Grade
Applied Mathematics Courses 18 hrs - Engineering
COURSE
Hrs Grade
ENGR 101: Intro to Engineering
3
201: Statics
3
202: Dynamics
3
210: Circuits
3
Required Supporting Studies – 20 HRS
COINS 235: C++ Programming & Lab
4
3
PHYS
CHEM 3
CHEM 1
PHYS 4
203: General Physics I & Lab
4
204: General Physics II & Lab
4
CHEM 121: College Chemistry I
*Please see the Undergraduate Catalog for more
information concerning the Engineering Dual-Degree
Program.*
3
123: College Chemistry I Lab
1
122: College Chemistry II
3
124: College Chemistry II Lab
1
See catalog under Applied Mathematics or Dr. Blauch
in the Math Department for more information on this
dual degree.
GENERAL ELECTIVES NOTE- Math 099 and English
099 do not count toward the 125 minimum hours for
graduation
GENERAL ELECTIVES (all other courses earned that are not required for CORE, MAJOR or MINOR)
COURSE
Hrs Grade
Prerequisite for MATH 221
MATH 111 with “C”
MATH 130 with “C” ________
COURSE
Hrs Grade
_____________________
_____________________
COURSE
SUMMARY
minimum 125 hours & minimum 2.00 GPA required for graduation
Core
Hrs reqd __48_
Hrs ernd _____
Hrs lack _____
lack residency __
Overall GPA ____
Major
hrs reqd _30__
hrs ernd _____
hrs lack _____
lack residency __
GPA ______
Office of Academic Advising
Applied Math
hrs reqd 18
hrs ernd _____
hrs lack _____
GPA ______
Hrs Grade
____________________
____________________
Supporting Studies
hrs reqd 20
hrs ernd _____
hrs lack _____
COURSE
Hrs Grade
___________________
___________________
Major Residency
300/400 CSU hrs required
-300/400 CSU hrs earned
=300/400 CSU hrs lacking
12 hr
____
____
Minor Residency
300/400 CSU hrs required
-300/400 CSU hrs earned
=300/400 CSU hrs lacking
6 hr
____
____
Integrating Faith in Learning, Leading and Serving
revised 6/16/2013
ENGINEERING DUAL-DEGREE PROGRAM
Charleston Southern offers a dual-degree program in engineering in cooperation with several engineering schools, including
Clemson University, the University of South Carolina, and The Citadel. Students complete a three-year liberal arts
program (consisting of at least 90 hours) at Charleston Southern before transferring to Clemson/USC/Citadel* to focus on
engineering. After they complete their fourth year in the dual-degree program, earning a total of at least 125 credit hours,
the Charleston Southern residency requirement for graduation will be waived, allowing students to receive a B.S. degree in
Applied Mathematics from Charleston Southern. Upon completion of the entire dual-degree program, students will be
awarded a degree in engineering from Clemson/USC/Citadel. This program does not require a minor.
Students will be assigned an advisor from the Charleston Southern mathematics department and will also be required to
consult with an assigned advisor from Clemson/USC/Citadel. Students should maintain close contact with their assigned
advisor at Charleston Southern in order to remain on track within the dual-degree curriculum.
* Note:
Students completing the three-year program at Charleston Southern with at least a ‘C’ in every required preengineering course and an overall 2.5 GPR are guaranteed acceptance into the engineering specialization of
their choice at Clemson/USC/Citadel. Students not satisfying both of these conditions will be considered for
admission to Clemson/USC/Citadel’s engineering program on an individual basis.
Specific Courses Required within the Liberal Arts Core
Communication & Fine Arts
Communication 110, Music 171
COINS 209 satisfied by supporting studies course
Social Studies
Economics 211 or 212
Natural Science
Satisfied by supporting and major studies courses
Required Supporting Studies
COINS 235, Chemistry 121 and 123, 122 and 124, Physics 203 and 204
Major Studies
Mathematics 221, 222, 321, 326, 346, 347, 351 and 422. Engineering 101, 201, 202, 210.
Additional Program Requirements
All students participating in the dual-degree program must take basic engineering courses at
Clemson/USC/Citadel (or another approved institution) during the summer in preparation for the final two years
of the dual-degree program. Recommended courses depend on the desired area of specialization, and are
available through your engineering program advisor.
Charleston Southern University
Engineering Dual-Degree Program Plans
Suggested Course of Study
First Year
Fall Semester
4 MATH 221
3 CHEM 121
1 CHEM 123
3 ENGL 111
1 GNED 101
3
Calculus I
College Chemistry I
College Chemistry Lab I
Comp. and Rhetoric I
Freshman Seminar
Liberal Arts Core
Total
15
Second Year
Fall Semester
4 MATH 321
4 PHYS 203
4 COIN 235
3 ENGR 101
Total
16
Calculus II
College Chemistry II
College Chemistry Lab II
Comp. and Rhetoric II
Liberal Arts Core
Liberal Arts Core
Total
17
Calculus III
General Physics I
C++ Programming
Introduction to Engineering
Total
15
Third Year
Fall Semester
3 MATH 346
4 MATH 351
3 ENGR 210
3
3
Spring Semester
4 MATH 222
3 CHEM 122
1 CHEM 124
3 ENGL 112
3
3
Spring Semester
4 MATH 326
4 PHYS 204
3 ENGR 201
3
3
Linear Algebra
General Physics II
Statics
Liberal Arts Core
Liberal Arts Core
Total
17
Probability Theory
Differential Equations
Circuits
Liberal Arts Core
Liberal Arts Core
Spring Semester
3 MATH 347
4 MATH 422
3 ENGR 202
3
3
Total
16
Statistics
Adv. Engineering Mathematics
Dynamics
Liberal Arts Core
Liberal Arts Core