First Semester 16 credits Chem 105 (1 year HS Chem or Chem 101; Math 106or c//) 4 Engl 101 or 105 Composition [WRTG] 3 Engr 120 Intro to Engineering 2 HIST 105 [ROOT] 3 Math 171 Calculus I 4

Second Semester 14 Credits CptS 121/131 Prog Design/ Development 4 Math 172 Calculus II 4 Math 220 Linear Algebra (Math 171) 2 Phys 201 Physics (Math 171 with C or better) 4

Third Semester 14 Credits EE 214 Logic Circuits 4 CptS 122/132 Data Structures (CptS 121) 4 Math 273 Calculsu III (Math 172) 2 Phys 202 Physics II (Math 172; Phys 201) 4

ApplyforCertification✪advise.eecs.wsu.edu

Fourth Semester 17 Credits Creative and Professional Arts [ARTS] 3 EE 234 Microprocessors (CptS 122; EE214) 4 EE 261 Elect Circuits I (Math 315 or c//, Phys 202) 3 EE 262 Elect Circuits Lab (EE 261 or c//) 1 EconS 101/102 Economics [SSCI] 3 Math 315 Differential Equations (Math 273, 220 or c//) 3

COMPLETE WRITING PORTFOLIO

Fifth Semester 15 Credits EE 311 Electronics (EE 214, EE 261; c//352) 3 EE 321 Elect Circuits I (EE 261) 3 EE 331 Fields/Waves (EE 261,262; Math 315; Phys 202) 3 EE 352 EE Lab I (EE 311, 321, or c//) [M] 3 Engineering Science Elective I1 3

Sixth Semester 15 Credits EE 341 Signals & Systems (EE 321; Stat 360) 3 EE 361 Electric Power Systems (EE 321, 331) 3 Engineering Science Elective II1 3 Math 360 Probability and Statistics (Math 172) 3 Track Elective2 3

Seventh Semester 17 Credits Biological Science [BSCI] 3 Diversity [DIVR] 3 EE 415 Sr Design (EE 341, 361 or 334, CptS 360; Engl 402 C//) 2 Engl 402 or 403 Technical Writing [COMM] 3 Track Electives2 3 Track Electives2 3

Eighth Semester 15 Credits EE 416 Sr. Design II [M] [CAPS] 3 Track Electives2 3 Track Electives2 3 Humanities [HUM] 3 EE 302 3

COMPLETE EXIT INTERVIEW ________________________________________ 1 Engineering Science Electives (6 credits): Choose

from CE 211, ME 212, 301, MSE 302. 2Power track: EE 362 Power System Lab (S) EE 491 Performance of Power Systems (F) At least six credits from: EE 483 ~ Department Approval required~ EE 486 Power Electronics (S) EE 489 Introduction to Control Systems (F) EE 492 Renewable Energy (F) EE 493 Protection of Power Systems I (S) EE 494 Protective Relay Lab (S) → At least three credits from A.T.E 3

2Microelectronics track: EE 35l Distributed Parameter Systems (S) EE 476 Analog Integrated Circuits (F) EE 496 Intro to Semiconductor Theory (F) At least two courses from: EE 431 RF Microwave Circuits & Systems (S) EE 464 Digital Signal Processing I (F) EE 489 Introduction to Control Systems (F)

2Systems track: EE 464 Digital Signal Processing I (F) EE 489 Introduction to Control Systems (F) At least one course from: EE 432 RF Engineering for Telecoms (F) EE 451 Digital Communication Systems (S)Two courses from: EE 351 Distributed Parameter Systems (S) EE 431 RF Microwave Circuits & Systems (S) EE 432 RF Engineering for Telecoms (F) EE 451 Digital Communication Systems (S)EE 470 Concepts in Biotechnology (F) EE 495 Internship

2General track: At least one course from: EE 324 Fundamentals of Digital Systems (F)EE 351 Distributed Parameter Systems (S) EE 362 Power System Laboratory (S) EE 489 Introduction to Control Systems (F) → At least twelve credits from A.T.E 3, Ninecredits must be 400+level EE courses.

2Computer Engineering track: EE 434 ASIC and Digital Systems Design (S) EE 466 VLSI Design (F) At least one course from: EE 324 Fundamentals of Digital Systems (F) EE 334 Computer Architecture (S) CptS 360 System Programming → At least six credits from A.T.E 3courses

3Approved Technical Electives include: ASTRONOM 435, CE 463, CHEM 331, 333, 345, MATH 320 [M], 325, 340, 364, 401 [M], 402 [M], 415, 420, 421 [M], 440, 441, 448, 453, 464, 466, ME 304, 401, MSE 402, 403, PHYSICS 303, 304, 320, 443, 450, and 463, or any 300-400-level CPT S or E E course not used to fulfill other requirements.