Computer Engineering

Liberal Arts Core - Credits: 33

See Liberal Arts Core for course choices

Communication	CO1/CO2	COMP 150 ^a and any one approved
	or	CO2^acourse (Credits: 6)
	CO2/CO3	Any one approved CO2^a course and any one approved
		CO3^acourse (Credits: 6)

Mathematics	MA1	MATH 221 ^a^,c(Credits: 4)

Arts & Humanities	AH	Any two approved AH courses (Credits: 6)

History	HI	Any one approved HI course (Credits: 3)

Social & Behavioral Sciences	SS	Any one approved SS course (Credits: 3)

AH/HI/SS^b	AH or HI or SS	One additional approved AH^b or HI^b or SS^b course (Credits: 3)

Natural & Physical Sciences	SC1	PHYS 217 ^a^,c (Credits: 4)
	SC1 or SC2	Any one approved SC1 or SC2 course (Credits: 3-4)

REQUIREMENTS FOR A BACHELOR OF SCIENCE DEGREE WITH A MAJOR IN COMPUTER ENGINEERING:

Major Requirements: Credits: 100

Core Courses:

CE 122 - C++ Programming I Credits: 3 ^g
CE 222 - Programming with C++ II Credits: 3 ^a,g
CE 223 - Data Structures and Algorithms Credits: 3 ^a,g
CE 232 - Programming with Python Credits: 3 ^a,g
CE 331 - Computer Security Credits: 3 ^a,g
CE 341 - Fundamentals of Logic Credits: 3 ^a,g
CE 351 - Microcontrollers Credits: 3 ^a,g
CE 401 - Computer Architecture Credits: 3 ^a,g
CE 432 - Robotics II Credits: 3 ^a,g
CE 433 - Imbedded Devices Credits: 3 ^a,g
CE 444 - Real Time Operating Systems Credits: 3 ^a,g
ENGR 104 - Engineering Fundamentals II Credits: 3 ^a,g
ENGR 201 - Electric Networks I Credits: 4 ^a,g ^a,g
ENGR 202 - Electric Networks II Credits: 3 ^a,g
ENGR 215 - Engineering Fundamentals III Credits: 3 ^a,g
ENGR 271 - Measurements and Instrumentation Credits: 1 ^a,g
ENGR 315 - Engineering Design and Practice Credits: 3 ^a,g
ENGR 336 - Systems and Control Credits: 3 ^a,g
ENGR 337 - Analog Electronics Credits: 4 ^a,g
ENGR 338 - Digital Electronics Credits: 4 ^a,g
ENGR 431 - Introduction to Robotics Credits: 3 ^a,g
ENGR 496 - Senior Seminar Design I Credits: 3 ^a,g
ENGR 497 - Senior Seminar - Design II Credits: 3 ^a,g
Completion of the Fundamentals of Engineering National Exam (FE)

Auxiliary Courses:

MATH 221 - Calculus I Credits: 4 ^a,d,g
MATH 222 - Calculus II Credits: 4 ^a,g
MATH 223 - Calculus III Credits: 4 ^a,g
MATH 265 - Discrete Mathematics Credits: 3 ^a,g
MATH 311 - Matrices and Linear Algebra Credits: 3 ^a,g
MATH 319 - Engineering Statistics Credits: 3 ^a,g
PHIL 341 - Professional Ethics Credits: 3 ^g
PHYS 217 - Physics - Science and Engineering I Credits: 4 ^a,d,g
PHYS 218 - Physics - Science and Engineering II Credits: 4 ^a,g
PHYS 262 - Physics - Science and Engineering III Credits: 3 ^a,g
PHYS 333 - Computational Methods Credits: 3 ^a,g

Free Electives - Credits: Variable

TOTAL REQUIRED FOR GRADUATION - CREDITS: 133

^aCheck course description for minimum grade in prerequisite course(s) required to enroll in this course.

^bA minimum of 15 credits of coursework must be completed in the combined areas of AH/HI/SS.

^cThis Liberal Arts Core course is required by the major. To complete the degree in the specified total credits for graduation, students must use this course to fulfill the requirements of both the Liberal Arts Core and the major.

^dThis course fulfills both a Major requirement and a Liberal Arts Core requirement. Credits for this course are counted in the Liberal Arts Core section of the curriculum listing. These credits are not counted in the Major Requirements total.

^gA grade of C- or better will be accepted for the major.

Note: Among the total credits required for graduation, at least 36 credits must be upper division (300- and 400-level) courses.

Note: Students completing the Liberal Arts Core in fewer than 33 credits will have additional free electives.

Note: Students who have met a prerequisite or required course through transfer, examinations, or assessment of prior learning will have additional free electives.

Freshman Map to Graduation:

Computer Engineering Major: Freshman Map

Transfer Map to Graduation:

Computer Engineering Major: Transfer Student Map - See department chair for curriculum planning.