Electives in Computer Engineering
Revised Aug. 2004
Electives in the Computer Engineering degree program
are categorized as:
ECE 374 Computer Organization 3 credits
ECE 375 Digital Sys Design & Implementation 3 credits
ECE 423 Digital Electronics 3 credits
ECE 470 Digital Systems II 3 credits
ECE 331 Energy Conversion 4 credits
ECE 374 Computer Organization 3 credits
ECE 375 Digital System Design & Implementation 3 credits
ECE 376 Embedded Systems 4 credits
ECE 417 Optical Signal Transmission 3 credits
ECE 421 Communication Circuits 3 credits
ECE 423 Digital Electronics 3 credits
ECE 425 Semiconductor Devices 3 credits
ECE 431 Power Systems 3 credits
ECE 433 Power Systems Design 3 credits
ECE 437 Power Electronics 3 credits
ECE 444 Applied Digital Signal Processing 3 credits
ECE 445 Communications II 3 credits
ECE 453 Signal Integrity 3 credits
ECE 455 Electromagnetic Compatibility 3 credits
ECE 461 Control Systems 4 credits
ECE 463 Digital Control 3 credits
ECE 470 Digital Systems II 3 credits
ECE 471 Comp. Systems Design & Implementation 3 credits
ECE 483 Instrumentation for Engineers 3 credits
ECE 485 Bioengineering Modeling 3 credits
ECE 487 Cardiovascular Engineering 3 credits
ECE 494 Individual Study 1 to 3 credits
ECE 496 Field Experience 3 credits
ECE 499 Special Topics 1 to 5 credits
CE 309 Fluid Mechanics 3 credits
CE 310 Fluid Mechanics Lab 1 credit
CSci 366 Files for Database Systems 3 credits
CSci 372 Comparative Languages 3 credits
CSci 426 Intro. to Art. Intelligence 3 credits
CSci 458 Microcomputer Graphics 3 credits
CSci 459 Local Area Networks 3 credits
CSci 467 Algorithm Analysis 3 credits
CSci 474 Operating Systems Concepts 3 credits
CSci 475 Operating Systems Design 3 credits
CSci 477 Object-Oriented Systems 3 credits
IME 440 Engineering Economy 3 credits
IME 456 Program & Project Management 3 credits
IME 461 Quality Assurance & Control 3 credits
ME 222 Engineering Mechanics II 3 credits
ME 223 Mechanics of Materials 3 credits
ME 350 Thermodynamics & Heat Transfer 3 credits
ME 411 Nuclear Engineering 3 credits
Phys 415 Elements of Photonics 3 credits
Math/Science Electives (0 to 3 credits)
• Biol 150 General Biology I 3 credits
• Chem 122 General Chemistry II 3 credits
Chem 341 Organic Chemistry I 3 credits
Chem 364 Physical Chemistry I 4 credits
• CSci 235 Theoretical Computer Science I 3 credits
• CSci 236 Theoretical Computer Science II 3 credits
Math 420 Abstract Algebra I 3 credits
Math 421 Abstract Algebra II 3 credits
Math 429 Linear Algebra 3 credits
Math 450 Real Analysis I 3 credits
Math 451 Real Analysis II 3 credits
Math 452 Complex Analysis 3 credits
Math 480 Applied Differential Equations 3 credits
Math 481 Fourier Analysis 3 credits
Math 483 Partial Differential Equations 3 credits
Math 488 Numerical Analysis I 3 credits
Math 489 Numerical Analysis II 3 credits
Phys 350 Introduction to Modern Physics 3 credits
Phys 401 Engr Physics I: Fund Prop of Solids 3 credits
Phys 485 Modern Physics I 3 credits
Stat 450 Stochastic Processes 3 credits
Stat 451 Bayesian Statistical Decision Theory 3 credits
Stat 468 Probability & Mathematical Stats. II 3 credits
• Approved for General Education
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