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COMPUTER ENGINEERING FIRST YEAR SECOND YEAR Fall Winter Spring

Published byMadeline Holmes Modified over 6 years ago

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Presentation on theme: "COMPUTER ENGINEERING FIRST YEAR SECOND YEAR Fall Winter Spring"— Presentation transcript:

1 COMPUTER ENGINEERING FIRST YEAR SECOND YEAR Fall Winter Spring
Must have started major prior to Fall 2006 Academic Year: MTH 111 or MTH 251 MTH 231 Co-Req MTH 231 CS 162 Intro to Computer Sci. II ‘Java’ MTH 254 Co-Req ENGR 211 Statics ECE 111 or ENGR 111 ECE 112 or ENGR 112 CS 161 Intro to Computer Sci. I ‘Java’ CS 261 Data Structures in ‘C’ MTH 111 CH 201/221 Chemistry MTH 231 or MTH 251 MTH 251 & MTH 252 MTH 256 ENGR 203 Electrical Fundamentals CH 202/222 Chemistry ECE 271 Digital Logic Design ENGR 201 Electrical Fundamentals ENGR 202 Electrical Fundamentals MTH 112 MTH 251 Differential Calculus MTH 252 MTH 306 Matrix & Power Series Methods MTH 254 MTH 255 Vector Calculus II MTH 252 Integral Calculus MTH 254 Vector Calculus MTH 256 Differential Equations MTH 112 MTH 231 Discrete Math MTH 251 & MTH 252 Co-Req MTH 252 PH 212 Physics w/Calculus MTH 254 PH 213 Physics w/Calculus WR 121 WR 327 Technical Report Writing WR 121 English Composition PH 211 Physics w/Calculus ECE 112, ENGR 201 or electronics experience ECE 272* Digital Logic Design Lab Lifetime Fitness e.g. HHS 231 + Lab Perspectives Western Culture COMM 111/114 Speech 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 okay. Rev. 8/2007

2 Must have started major prior to Fall 2006
COMPUTER ENGINEERING Additional courses not requiring admission to the Professional Engineering Program ENGR 390 Engineering Economics Perspectives Cultural Diversity Perspectives Literature & Arts Perspectives Social Processes & Institutions Difference, Power & Discrimination Synthesis Contemporary Global Issues Synthesis Science, Technology, & Society Bioscience Elective Free Electives (3) NOTES: 1. MECOP admission – all and shaded courses plus CS 261. 2. With advisor approval, CH may be substituted for the chemistry series CH or CH 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 = 192. Rev. 8/2007

3 Junior Year Technical Curriculum
Must have started major prior to Fall 2006 COMPUTER ENGINEERING Junior Year Technical Curriculum Fall Winter Spring ENGR 201 ECE 317 Electronic Materials & Devices ENGR 203 ECE 322 Electronics ECE 323 Digital Electronics ENGR 211 & PH 211 ENGR 212 Dynamics ECE 271 & CS 261 CS 311 Operating Systems I (Based on C) MTH 306 ECE 352 Signals & Systems II ENGR 203 & MTH 256 MTH 254 & ECE 351 ECE 353 Intro to Prob. & Random Signals ECE 351 Signals & Systems I ECE 271/2 & CS 261 ECE 375 Comp Structures & Assembly Lang Programming ECE/CS 3XX NOTES: 1. ECE 271/272 is offered fall/spring terms. 2. ECE 351 is offered fall/winter terms; ECE 352 is offered winter/spring terms. 3. ECE 375 is offered fall/winter terms. 4. ECE/CS 3XX course is an approved 300 level ECE or CS course. Rev. 8/2007

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