Electrical engineering

From Rofflehaus

Electrical engineering with computer engineering are the two degrees in the Electrical and Computer Engineering department in Coover Hall.

Considered by many to be the hardest engineering major.

Has the lowest female-to-male ratio. Consequently, even the most unappealing EE female can become a queen with legions of adoring men who study electricty but know little about romantic sparks.

Contents 1 Faculty 2 Classes 2.1 2005-2007 catalog 2.2 Previous catalogs

[edit] Faculty

• Mark Kushner
• Ken Kruempel
• Mani Mina
• John Lamont
• Ralph E. Patterson
• Gary Tuttle

[edit] Classes

[edit] 2005-2007 catalog

• "C/E" for a prerequisite means credit or enrollment in the class is necessary to take this class
• "ENR" for a prerequisite means enrollment in the class is necessary to take this class (typically for labs)
• No marking means it has to be taken prior to take this class (majority of classes)

Class	Title		Credits	Primary professor(s)
	Prerequisites	Semesters offered	Notes
E E 166	Professional Programs Orientation		R
E E 185	Introduction to Electrial Engineering and Problem-Solving I		3
	Math 142
E E 186	Introduction to Electrial Engineering and Problem-Solving II		1
	E E 185
E E 201	Electric Circuits		4	Ken Kruempel
	C/E Math 267; C/E Phys 222
E E 224	Signals and Systems I		4
	E E 201; Math 267; Phys 222
E E 230	Circuits and Systems in Electronics		4
	E E 201; Math 267; Phys 222
E E 298	Co-operative Education		R	N/A
E E 303	Energy Systems and Power Electronics		3
	Math 267; Phys 222; C/E E E 224; C/E E E 230
E E 311	Electromagnetic Fields and Waves		4
	E E 201; Math 265; Phys 222; C/E Math 267		Formerly E E 312 & E E 313
E E 322	Probabilistic Methods for Electrical Engineers		3
	E E 224
E E 324	Signals and Systems II		3
	E E 224
E E 330	Integrated Electronics		4
	E E 201; C/E E E 230; Cpr E 210
E E 332	Semiconductor Materials and Devices		3	Vikram Dalal
	Mat E 231 or E E 201
E E 396	Summer Internship		R	N/A
	Permission	SS
E E 397	Engineering Internship		R	N/A
	Permission	F,S
E E 398	Cooperative Education		R	N/A
	E E 298	F,S,SS
E E 408	Interdisciplinary Problem Solving		3
	Junior or senior standing	F,S
E E 409	Interdisciplinary Systems Effectiveness		3
	Junior or senior standing	F,S
E E 414	Microwave Engineering		4
	E E 230; E E 311	F
E E 417	Electromagnetic Radiation, Antennas, and Propagation		4
	E E 311	S
E E 421	Communication Systems I		3
	E E 224; C/E E E 322	F
E E 422	Communication Systems II		3
	E E 421; C/E E E 423
E E 423	Communication Systems Laboratory		1
	ENR E E 422
E E 424	Introduction to Digital Signal Processing		4
	E E 324
E E 432	Microelectronics Fabrication Techniques		4
	E E 332 or Mat E 332
E E 435	Analog VLSI Circuit Design		4
	E E 324; E E 330; E E 332; E E 322 or Stat 330	S
E E 438	Optoelectronic Devices and Applications		3
	E E 311; E E 332
E E 442	Introduction to Circuits and Instruments		2	Eric Bartlett
		F,S	Half-semester course
E E 448	Introduction to AC Circuits and Motors		2	Ken Kruempel
	E E 303 or E E 441 or E E 441	F,S	Half-semester course
E E 452	Electrical Machines and Power Electronic Drives		3
	E E 303; E E 330 or E E 332; C/E E E 324	S
E E 455	Introduction to Energy Distribution Systems		3
	E E 303; C/E E E 324	F
E E 456	Power System Analysis I		3
	E E 303; C/E E E 324	F
E E 457	Power System Analysis II		3
	E E 303; C/E E E 324	S
E E 458	Economic Systems for Electric Power Planning		3
	E E 303; Econ 301
E E 463	Design of Electrical Systems		5
	E E 322; 24 credits of core EE classes	SS
E E 465	Digital VLSI Design		4
	E E 330	S
E E 466	Multidisciplinary Engineering Design		3
	Within 2 semesters of graduation; permission of instructor	S
E E 475	Automatic Control Systems		3
	E E 324	F
E E 476	Control System Simulation		3
	E E 475	S
E E 490	Independent Study		Variable
	Senior
E E 491	Senior Design Project I and Professionalism		3	John Lamont; Ralph Patterson
	E E 322 or Cpr E 308; 24 core credits; Engl 314	F,S
E E 492	Senior Design Project II		2
	E E 491 or Cpr E 491	F,S
E E 494	Portfolio Assessment		R
	C/E E E 491
E E 498	Cooperative Education		R
	E E 398; permission	F,S,SS
E E 501	Analog and Mixed-Signal VLSI Circuit Design Techniques		4
	E E 435	F
E E 505	CMOS and BiCMOS Data Conversion Circuits		4
	E E 501	S 2004
E E 507	VLSI Communication Circuits		3
	E E 330 or E E 501	S 2007
E E 508	Filter Design and Applications		4
	E E 501
E E 510	Topics in Electromagnetics		1 to 3
E E 511	Modern Optical Communications		3
	E E 311	S
E E 512	Advanced Electromagnetic Field Theory I		3
	E E 311	F
E E 513	Advanced Electromagnetic Field Theory II		3
	E E 311	S
E E 514	Microwave Engineering		4
	E E 230; E E 311	F
E E 516	Computational Methods in Electromagnetics		3
	E E 311	S
E E 517	Electromagnetic Radiation, Antennas, and Propagation		4
	E E 31	S
E E 519	Magnetism and Magnetic Materials		3
	E E 31 or Mat E 211 or Mat E 271 or Mat E 272 or Phys 364	F 2005
E E 520	Selected Topics in Communications and Signal Processing		3
E E 521	Advanced Communications		3
	E E 422; Math 317; Math 365	F
E E 523	Random Processes for Communications and Signal Processing		3
	E E 322; Math 317
E E 524	Digital Signal Processing		3
	E E 322; E E 424; Math 317	F
E E 527	Detection and Estimation Theory		3
	E E 422	S
E E 528	Digital Image Processing		3
	E E 422	S
E E 530	Selected Topics in Electronics, Microelectronics and Photonics		3
	E E 322
E E 532	Microelectronics Fabrication Techniques		4
	E E 332
E E 535	Physics of Semiconductors		4
	E E 311; E E 332
E E 536	Physics of Semiconductor Devices		3
	E E 535
E E 538	Optoelectronic Devices and Applications
			See E E 438
E E 545	Artificial Neural Networks		3
	E E 324	F
E E 547	Pattern Recognition		3
	E E 324	F
E E 553	Steady State Analysis		3
	E E 456; E E 457	F
E E 554	Power System Dynamics		3
	E E 456; E E 457; E E 475	S
E E 555	Advanced Energy Distribution Systems		3
	E E 455
E E 556	Power Electronic Systems		3
	E E 452
E E 565	Systems Engineering and Analysis		3
	Graduate	F
E E 566	Avionics Systems Engineering		3
	E E 565	S
E E 570	Systems Engineering Analysis and Design		3
	E E 475; E E 577
E E 573	Random Signal Analysis and Kalman Filtering		3
	E E 324 or Aer E 331 or M E 370 or M E 411 or Math 341 or Math 395	S
E E 574	Optimal Control		3
	E E 577	S
E E 575	Introduction to Robust Control		3
	E E 577
E E 576	Digital Feedback Control Systems		3
	E E 475 or Aer E 432 or M E 411 or M E 414 or Math 415; Math 267	F
E E 577	Linear Systems		3
	E E 324 or Aer E 331 or M E 414 or Math 415; and Math 307	F
E E 578	Nonlinear Systems		3
	E E 577	S
E E 590	Special Topics		1 to 6
E E 591	Seminar in Electronics, Microelectronics, and Photonics		1 to 3
E E 592	Seminar in Nondestructive Evaluation		1
E E 594	Seminar in Electric Power		1 to 3
E E 596	Seminar in Control Systems		1 to 3
E E 597	Seminar in Communications and Signal Processing
E E 599	Creative Component		Variable
E E 621	Coding Theory		3
	E E 521
E E 622	Information Theory		3
	E E 521; E E 523
E E 653	Advanced Topics in Electric Power System Engineering		3
	Permission
E E 674	Advanced Topics in Systems Engineering		3
	Permission
E E 697	Engineering Internship		R
	Permission of department chair & Engineering Career Services
E E 699	Research		Variable

[edit] Previous catalogs

• "C/E" for a prerequisite means credit or enrollment in the class is necessary to take this class
• No marking means it has to be taken prior to take this class (majority of classes)

Class	Title	Primary professor(s)	Credits	Semesters offered	Prerequisites	Notes
E E 202					E E 201	Power systems
E E 251		James McCalley				Power systems
E E 312						312 + 313 = 311
E E 313						312 + 313 = 311