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HOMEPAGE Flowcharts: Freshman-Sophomore Sophomore-Junior Junior-Senior ELECTRICAL AND COMPUTER ENGINEERING COURSE CURRICULUM GENERAL EDUCATION COURSES: BIO 110 MAT 114 / 115 MAT 116 / 216 MTE 207 ECE 302 / 352L* CHM 111 / 151L PHY 131 / 151L PHY 133 / 153L MTE 214 ECE 311 CHM 112 / 152L PHY 132 / 132L MAT 214 / 215 ME 214 / 215 CORE COURSES: CONTINOUS / ANALOG DISCRETE / DIGITAL REAL / MIXED MODE CHOICE OF TIME SIGNALS & CIRCUITS TIME SIGNALS & CIRCUITS SIGNAL & SYSTEMS SEQUENCE Networks: ECE 109 / 129L Programming: ECE 114 , 164L Control Systems: ECE 309 , 359L ECE 207 , 252L Dig. Circuits ECE 204 , 244L Commu. Systems: ECE 315 ECE 209 , 253L & Systems: ECE 308 ECE 405 , 445L Systems: ECE 307 , 357L ECE 341 / 391L Power Systems: ECE 310 / 360L IGE120 ENG104 Electronic ECE 220 , 270L , ECE 320 , 370L, ECE 330 *Electromagnetics: ( in GE above ) ECE 302 / 352L Devices & Circuits: Notation: / and , indicate co-requisiste or not respectively SPECIFIED PROGRAM OF ELECTIVES (SPES) 20 Units for each required, 16 from the shaded ares in one column, with a minimum of 2 labs. IGE121AREA 3a General SPE requires at least 5 units each from 2 of the SPE Columns with advisors approval. Units Micro- Comm. Control Instrum Radio Gen. ECE Course Comp. Power Illum. Subject Lecture electr- & Signal and Biomed Freq. S P E & Lab Sys. Sys. Engg / Labs onics Proces. Robotic Ocean Sys. (T B D) 303 Data Structures 4 317 / 367L Electromechanics 4 / 1 IGE122 AREA 3c 318 / 368L Electromechanics 4 / 1 322 / 372L OP Amps./Feedback Systems 4 / 1 323 / 373L Instrumentation 3 / 1 325 / 375L Electronic Digital Design 4 / 1 342 / 392L Computer Engineering 4 / 1 343 / 393L Computer Engineering 4 / 1 400 S P E Problems 1-2 IGE220 EC220/2 403 Introduction to Filters 4 404 / 454L Robotics 3 / 1 406 / 446L Fields/waves in RF/Electromag 3 / 1 407 / 457L Advanced Circuit Design 3 / 1 408 Introduction to DSP 4 409 Digital Communication 4 410 / 460L Microwave Engineering 3 / 1 412 Solid State Devices 4 IGE221 SOC290 PLS290 414 / 444L Digital / Control / Microprocs 3 / 1 418 I C Design 4 419 / 489L Advanced Control Theory 3 / 1 420 Lasers 4 421 / 451L Energy Conversion I 3 / 1 422 / 452L Energy Conversion II 3 / 1 424 / 474L State Machine 3 / 1 IGE223 PLS201 425 / 475L Computer Engineering Topics 3 / 1 426 / 476L Computer Organization 3 / 1 427 / 477L Advanced Digital Topics 3 / 1 428 Digital Signal Processing 4 431 / 481L Computer Networks 4 / 1 432 / 482L Microporcessors 3 / 1 434 Ocean Engineering 4 IGE224 HST202 435 , 485L Bio Medical Instrumentation 3 / 1 436 Optical Fiber Communications 4 448 / 498L RF Design 3 / 1 468 / 478L Power Electronics 3 / 1 469 / 479L Power Electronics 3 / 1 490 , 490L Introduction to Illumination 4 / 1 492 , 492L Lighting Controls 3 / 1.

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Controlling Phonons and Photons at the Wavelength-Scale: Silicon Photonics Meets Silicon Phononics
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