Computer Engineering 1+3 Agreement with MSU Bozeman, Great Falls College MSU Catalog 2016-2017, 08/29/16 6:33 PM, 1
Computer Engineering
1+3 Agreement with MSU
Bozeman
The 1+3 Agreement with articulated coursework in Engineering and General
Education is designed for students interested in a Bachelor of Science degree
in Computer Engineering at Montana State University.
Estimated Cost
Estimated Resident Program Cost*
Estimated costs are for the Great Falls College portion of this curriculum.
Please contact the partnering school for information on the estimated cost of
classes there.
number of program credits. Students should review their math and writing
placement before planning out their full program schedule.
First Year
Fall
Credits
Grade/Sem
WRIT 101
College Writing I *,**
3
________
M 171
Calculus I *,**
4
________
3
________
3
________
CSCI 111
Programming with Java I
*
University Core -- Select one of the following:
Art (IA and RA) Options
MUSI 101
Enjoyment of Music
3
________
MUSI 103
Fundamntls of Musical Creation
3
________
MUSI 203
American Popular Music
3
________
MUSI 207
World Music (equiv to 307)
3
________
PHOT 154
Exploring Digital Photography
4
________
ARTZ 105
Visual Language-Drawing
3
________
Humanities (IH and RH) Options
Tuition and Fees
$3,190
HSTA 101
American History I
3
________
Application Fee
$30
HSTA 102
American History II
3
________
Lab Fees
$85
LIT 110
Intro to Lit
3
________
Books/Supplies
$618
PHL 101
Introduction to Philosophy
3
________
Total
$3,923
PHL 110
Introduction to Ethics
3
________
Social Science (IS and SN) Options
*
Fall 2016 MUS Student Health Insurance Premiums will be
changing. Please check the Health Insurance website (http://
students.gfcmsu.edu/insurance.html) and/or Student Central for
confirmed premium rates. Students will be charged an additional
fee of $21 per credit for online/hybrid courses.
Program Requirements
Year 1: Courses taken at GFC MSU
Many students need preliminary math, science, and writing courses before
enrolling in the program requirements. These courses may increase the total
PSCI 210
Intro to American Government
3
________
PSYX 100
Introduction to Psychology
3
________
SOCI 101
Introduction to Sociology
3
________
Diversity (D) Options
EDU 211
Multicultural Education
3
________
NASX 232
MT Ind Cltrs/Hstry/Iss (=332)
3
________
SPNS 102
Elementary Spanish II *
4
________
Term Credits
13
Spring
COMX 111
Intro to Public Speaking *
3
________
M 172
Calculus II *,+
4
________
4
________
3
________
PHSX 220
Physics I w/Lab
*, +
University Core not previously taken -- Art (IA and
RA), Humanities (IH and RH), Social Science (IS
and SN), or Diversity (D) Options listed above
Term Credits
14
Total Credits
27
*
Key courses
**
Placement in course(s) is determined by placement assessment
+
Indicates prerequisite needed
Years 2-4: Outline for Completion of
the Bachelor of Science in Computer
Engineering Degree at Montana State
University
The following courses would be taken at MSU in Bozeman after transferring
with Year 1 coursework from Great Falls College. These courses are all
Computer Engineering 1+3 Agreement with MSU Bozeman, Great Falls College MSU Catalog 2016-2017, 08/29/16 6:33 PM, 2
required for degree completion; the course sequencing indicated below is a
general guide on when they can be taken.
Electives must include: 12 credits of approved professional electives, of which
6 credits must be CSCI courses, and at least 4 credits must be at the 300
level or above.
Year 2 - Fall Semester
EELE 101
Intro to Electrical Fundamentals
3
________
PHSX 222
Physics II *
4
________
M 274
Intro to Differential Equations *
4
________
CSCI 132
Basic Data Structures and Algorithms
Subtotal
4
________
15
________
Year 2 - Spring Semester
EELE 201
Circuits I for Engineering *
4
________
EELE 261
Intro to Logic Circuits
4
________
M 273Q
Multivariable Calculus *
4
________
CSCI 112
C Programming
3
________
EGEN 350
Applied Engr Data Analysis
Subtotal
2
________
17
________
4
________
4
________
Year 2 - Summer Semester
EELE 203
Circuits II for Engineering *
Subtotal
Year 3 - Fall Semester
EELE 308
Signals and Systems Analysis *
3
________
EELE 317
Electronics
4
________
CSCI 246
Discrete Structures
3
________
EELE 371
Microprocessor HW and SW Systems
4
________
3
________
17
________
University Core (Art, Humanities, Social Science, or
Diversity)
Subtotal
Year 3 - Spring Semester
EELE 367
Logic Design
4
________
EELE 465
Microcontroller Applications
4
________
EGEN 310R
Multidisc Engineering Design *
3
________
EELE 321
Introduction to Feedback Controls
3
________
3
________
17
________
University Core (Art, Humanities, Social Science, or
Diversity)
Subtotal
Year 4 - Fall Semester
EELE 488R
Electrical Engineering Design I
2
________
EELE 475
HW & SW Engineering for Embedded
Systems
3
________
EELE 334
Electromagnetic Theory I
3
________
EELE 394
Multidisciplinary Seminars
1
________
6
________
15
________
EELE/CSCI Elective Courses +
Subtotal
Year 4 - Spring Semester
EELE 489
Electrical Engineering Design II
3
________
EELE 487
Professional Ethics and Engineering
Practices
1
________
EGEN 488
FE Exam
0
________
EELE/CSCI Elective Courses +
6
________
EELE 466
4
________
14
________
Computational Computer Architecture
Subtotal
*
Key courses
+
Advanced courses
A minimum of 126 credits is required for graduation; 42 of those credits
must be in courses numbered 300 and above.