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Engineering (B.S.)

Total hours to degree: 90 (total does not include completion of required engineering degree elsewhere)

(See also "Pre-Engineering Program")

This cooperative degree program, administered by the Pre-Engineering Coordinator, requires about three years of work at EIU followed by two years of work at either the University of Illinois at Urbana-Champaign (UIUC) or Southern Illinois University at Carbondale (SIUC). It is designed to provide engineering students with a broader base of liberal arts than is usually given in a four-year curriculum. Upon completion of the program, the student receives a Bachelor of Science degree from EIU and a Bachelor of Science in Engineering degree from UIUC or SIUC. Interested students should consult with the Pre-Engineering Coordinator for detailed requirements of the program.

After completing 60 semester hours in this curriculum, a student may apply to the Pre-Engineering Coordinator for admission as an engineering candidate. The requirements for admission as an engineering candidate are a minimum grade point average of 2.50 for UIUC (2.00 for SIUC) and approval by the committee. Continuation as an engineering candidate includes meeting the transfer requirements of the College of Engineering at UIUC or SIUC.

A student who transfers into this curriculum from another college or university must be in residence at EIU for at least one semester before he/she becomes eligible for admission as an engineering candidate.
 

Core Requirements

Total:聽 57聽semester hours with elective and Gen Ed credit to bring the total to 90 semester hours.

CHM 1310
General Chemistry I.  (3 credits)
CHM 1315
General Chemistry Laboratory I.  (1 credits)
CHM 1410
General Chemistry II.  (3 credits)
CHM 1415
General Chemistry Laboratory II.  (1 credits)
MAT 1441
Calculus and Analytic Geometry I.  (5 credits)
CSM 2170
Computer Science I.  (4 credits)
EEN 1100
Introduction to Logic Design.  (3 credits)
EEN 1101
Introduction to Logic Design Laboratory.  (1 credits)
MAT 2442
Calculus and Analytic Geometry II.  (5 credits)
MAT 2443
Calculus and Analytic Geometry III.  (4 credits)
MAT 3501
Differential Equations I.  (3 credits)
PHY 1001
Introduction to Physics and Engineering.  (1 credits)
PHY 1351
General Physics I.  (3 credits)

or PHY 1391G

PHY 1352
General Physics I Laboratory.  (1 credits)

or PHY 1392G

PHY 1361
General Physics II.  (3 credits)
PHY 1362
General Physics II Laboratory.  (1 credits)
PHY 1371
General Physics III.  (3 credits)
PHY 1372
General Physics III Laboratory.  (1 credits)
PHY 2390
Statics.  (3 credits)
PHY 2450
Classical Dynamics.  (3 credits)
PHY 3150
Electronics.  (4 credits)
PHY 4000
Seminar in Physics.  (1 credits)

Courses Recommended

These courses may be required by certain Engineering programs.

ECN 2801
Principles of Macroeconomics.  (3 credits)
EGT 2043
Computer-Aided Engineering Drawing.  (3 credits)

Footnotes:

(Major GPA based on all courses in chemistry, engineering technology, mathematics, and physics taken from the list above.)

Students completing cooperative degree programs, i.e., Engineering and Clinical Laboratory Sciences, will not be required to take a senior seminar.

Information sourced from the 2026-2027 EIU Undergraduate Catalog.