FIRST YEAR SECOND YEAR

FallWinter SpringFall Winter Spring

ELECTRICAL & COMPUTER ENGINEERING

MTH 111

CH 201/221Chemistry

Shaded courses are required by the college prior to admission to the Professional Engineering Program

Shaded courses are additional prerequisites for third-year courses.

* Need working TekBot from ECE 112, or ECE 199 Tekbot concurrent okayRev. 8/2007

ECE 111or

ENGR 111

MTH 112

MTH 251Differential

Calculus

WR 121English

Composition

MTH 231 Co-Req

CS 161Intro to

Computer Sci. I‘Java’

MTH 231 or MTH 251 Co-Req

ECE 271Digital Logic

Design

MTH 254Vector

Calculus

MTH 251

PH 211Physics

w/Calculus

LifetimeFitness

e.g. HHS 231 +Lab

MTH 231

CS 162Intro to

Computer Sci. II‘Java’

MTH 251 & MTH 252

ENGR 201Electrical

Fundamentals

MTH 256DifferentialEquations

MTH 252

PH 212Physics

w/Calculus

ENGR 202Electrical

Fundamentals

MTH 252

MTH 306Matrix & PowerSeries Methods

MTH 254

PH 213Physics

w/Calculus

PerspectivesWestern Culture

MTH 256

ENGR 203Electrical

Fundamentals

MTH 254

MTH 255Vector Calculus II

WR 121

WR 327Technical

Report Writing

COMM111/114

Speech

ECE 112or

ENGR 112

MTH 252IntegralCalculus

Academic Year: 2007-2008

MTH 112

MTH 231Discrete

Math

CS 261Data Structures

in ‘C’

ECE 112, ENGR 201 or electronics experience

ECE 272*Digital LogicDesign Lab

MTH 111 or MTH 251

ELECTRICAL & COMPUTER ENGINEERING

Additional courses not requiring admission to the Professional Engineering Program

Rev. 8/2007

PerspectivesSocial Processes& Institutions

Difference,Power &

Discrimination

ENGR 390EngineeringEconomics

SynthesisContemporaryGlobal Issues

SynthesisScience,

Technology, &Society

BioscienceElective

PerspectivesCultural Diversity

PerspectivesLiterature & Arts

NOTES:

1. MECOP admission – all and shaded courses plus CS 261.

2. With advisor approval, CH 121 + 122 + 123 may be substituted for the chemistry series CH 201 + 202 or CH 221 + 222.

3. CS 261 must be taught with the C programming language. If not, the C language will have to be learned separately prior to ECE 375, e.g. OSU’s CS 151, Introduction to C Programming.

4. Credits to graduate = 180.

Fall Winter Spring

ENGR 203, MTH 256

ECE 351Signals & Systems I

ECE 271/2

ECE 375Comp Structures &

Assembly LangProgramming

ENGR 203

ECE 322Electronics

ECE 323Digital Electronics

MTH 306, ECE 351

ECE 353Intro to Prob. &Random Signals

Rev. 8/2007

MTH 254, ECE 351

ECE 352Signals & Systems

II

MTH 255 & ENGR 203

ECE 390Electric & Magnetic

Fields

(fall term)

NOTES:1. MECOP students take fall and winter courses in their junior year. 2. ECE 271/272 is offered fall/spring terms.3. ECE 323 is offered fall/spring terms.4. ECE 351 is offered fall/winter terms; 5. ECE 352 and ECE 353 are offered winter/spring terms.6. ECE 375 is offered fall/winter terms.7. ECE 391X and ECE 331 are offered winter terms.8. ECE 271/2 is a hard prerequisite to ECE 375.

CS 261 & ECE 375

ECE 372Into to Computer

Networks

ELECTRICAL & COMPUTER ENGINEERING

Junior Year Technical Curriculum

Dependent on Track

NOTES:1. ENGR 211, ENGR 212 and ECE 331 are useful for Energy Systems, Robotics & Control, and Fundamentals of Engineering (FE) Exam preparation.2. ECE 317 is for Materials & Devices, Integrated Circuits,

High Frequency Systems and Applied Electromagnetics, Optoelectronics, and FE Exam preparation.3. ECE 390 is useful for all except Computer & Network.4. CS 311 is useful for Computer & Network.

MTH 256, ENGR 203

ECE 391XElectromagneticFields & Trans

Lines

ENGR 201

ECE 317Electronic Materials

& Devices(fall term)

ENGR 202, ENGR 211, ECE 390

ECE 331Electromech Energy

Conversion(winter term)

CS 261 in ‘C’ & ECE 271

CS 311Operating Systems I

(fall, winter, or summer term)

MTH 254 Co-Req

ENGR 211Statics

PH 211

ENGR 212Dynamics