Course Number and Title |
Prerequisites |
Course Director |
Brooklyn Offering Schedule |
EL 501 Wireless Personal Communications Systems |
EE3404 or equivalent and EL 630 |
Prof. David Goodman |
F,S |
EL 512 Image Processing |
EE3054 and MA3012; MA2012 or knowledge of
basic matrix algebra; C programming skill |
Prof. Yao Wang |
F |
EL 522 Sensor Based Robotics |
EE3064 |
Prof. Farshad Khorrami |
S |
EL 525 Applied Matrix Theory |
MA2012, MA2132, MA2112 and MA2122 |
Prof. Zhong-Ping Jiang |
F |
EL 536 Principles of Communication Networks (EL5364,
online) |
MA3012or instructor’s permission |
Prof. Kang Xi |
F,S,X |
EL 537 Internet Architecture and Protocols (EL5374, online) |
EL536 or EL5364 or EE136 |
Prof. Yong Liu |
F,S,Z |
EL 546 Introduction to RF/Microwave Integrated Circuits |
EE3604 |
Prof. Spencer Kuo |
S |
EL 547 Introduction to VLSI Design |
CS2204 and EE3114 |
Prof. Garret Rose |
F |
EL 548 Real Time Embedded Systems |
Knowledge of “C” Pascal or other programming
language and a basic understanding of computer
architecture |
Prof. Ramesh Karri |
S |
EL 549 Advanced Computer Hardware Design |
CS1124, CS2214 and EE2004 |
Prof. Ramesh Karri |
S |
EL 551 Electro Optics I |
|
Prof. Jonathan
Chao/Prof. Daniel Lee |
F |
EL 552 Electro Optics II |
|
Prof. Jonathan Chao,
Prof. Daniel Lee |
as needed |
EL 553/PH 553 Physics of Nanoelectronics |
|
Edward Wolf (PH) |
F |
EL 561 Introduction to Electric Power Systems |
EE 2013 |
Prof. Zivan Zabar |
F |
EL 567 Electronic Power Supplies |
EE3824 or equivalent |
Prof. Dariusz
Czarkowski |
S |
EL 568 Electric Drives Characteristics and Controls |
EE3824 |
Prof. Zivan Zabar |
S (Every two
years) |
EL 573 RF and Microwave Systems Engineering |
EE3604 |
Prof. Spencer Kuo |
F |
EL 575 Introduction to Plasma Engineering |
EE3604 |
Prof. Spencer Kuo |
as needed |
EL 581/BE650 Biomedical Instrumentation |
|
Richard Gross (CBS) |
S |
EL 582/BE620 Medical Imaging I |
|
Prof. Yao Wang |
F |
EL 591-599 Selected Topics in Electrical Engineering |
Specified when offered |
|
|
EL 601 Principles of Digital Communications: Modulation and Coding (EL6014, online) |
EE3404 and EL630 or equivalent |
Prof. Elza Erkip |
F |
EL 602 Wireless Communications: Channel Modeling and
Impairment Mitigation (EL6024, online) |
EE3404, MA3012 and programming skills in
MATLAB or equivalent |
Prof. I-Tai Lu |
S |
EL 603 Modern Wireless Communication Techniques and
Systems (EL6034, online) |
EE3404 and EL630 |
Prof. I-Tai Lu |
F |
EL 604 Wireless and Mobile Networking Protocols (To be
phased out, covered in EL637) |
EE136 or equivalent and EL536 |
|
S (Melville) |
EL 606 Information Theory |
Graduate status and EL630 |
Prof. Elza Erkip |
F |
EL 607 Coding Theory |
Graduate status and basic knowledge of
probability and linear algebra |
Prof. Andrej Stefanov |
S |
EL 611 Signals, Systems and Transforms (EL6114, online) |
Graduate status |
Prof. Ivan Selesnick |
F,S,X |
EL 612 Video Processing |
|
Prof. Yao Wang |
S |
EL 621 System Theory and Feedback Control |
Graduate status and EE3064 |
Prof. Farshad Khorrami |
as needed |
EL 622 Nonlinear and Sampled-Data Control Systems |
Graduate status and EL 625 and EE3064 or
equivalent |
Prof. Zhong-Ping Jiang |
S, every two
years |
EL 623 System Optimization Method (formerly EL723) |
Graduate status and EL525 or EL625 |
Prof. Zhong-Ping Jiang |
S |
EL 625 Linear Systems |
Graduate status and EE3054 |
Prof. Zhong-Ping Jiang |
F |
EL 630 Probability (EL6304, online) |
Graduate status and MA3012 |
Prof. Unnikrishna Pillai |
F,S,Y |
EL 631 Engineering Applications of Stochastic Processes |
Graduate status and EL630 |
Prof. Unnikrishna Pillai |
S |
EL 633 Detection and Estimation Theory |
Graduate status and EL631 |
Prof. Unnikrishna Pillai |
F, every 1 to 1.5
years |
EL 637 Local and Metropolitan Area Network (EL6374,
online) |
Graduate status and EL536 or El5364 or EE136 |
Prof. Shivendra Panwar |
S |
EL 638 High-Speed Networks (EL6384, online) |
Graduate status and EL536 or EL5364 |
Prof. Kang Xi |
S |
EL 639 Advanced Network Security - Architectures, Algorithms
and Implementations |
|
Prof. Jonathan Chao |
F |
EL 641 Analog and High Frequency Amplifier Design
(EL6414 online) |
Graduate status, EE3114 and EE3124 |
Prof. Frank Cassara |
F |
EL 642 RF Electronics for Wireless Applications |
Graduate status and EL641 |
Prof. Frank Cassara |
S |
EL 643 Digital Integrated Circuit Design |
Graduate status and EL641 |
Prof. Frank Cassara |
S |
EL 644 VLSI System and Architecture Design |
EL547 or instructor’s permission |
Prof. Garret Rose |
S |
EL 658 Fiber Optic Communications |
Graduate status |
Prof. Jonathan
Chao/Prof. Daniel Lee |
S |
EL 660 Power Electronics |
Graduate status, EE3054 and EE3124 |
Prof. Zivan Zabar |
F, every two
years |
EL 662 Power Systems Economics and Planning |
Graduate status and EL561 |
Prof. Dariusz
Czarkowski |
every three years |
EL 663 Transients, Surges and Faults in Power Systems |
Graduate status and EL561 or equivalent |
Prof. Dariusz
Czarkowski |
F, every two
years |
EL 664 Relay Fault Protection |
Graduate status and EL663 |
Prof. Dariusz
Czarkowski |
S, every two
years |
EL 665 Power System Stability |
Graduate status, EE3064 and EL561 |
Prof. Zivan Zabar |
every two years |
EL 666 Distributed Generation Systems |
EE3824 and EL561or equivalent; co-requisite:EL660 |
Prof. Zivan Zabar |
F |
El 671 Electromagnetic Theory and Applications |
Graduate status and EE3604 |
Prof. Nirod Das |
F |
EL 672 Electromagnetic Radiation and Antennas |
Graduate status and EL671 or EE3604 with grade
B or better |
Prof. Nirod Das |
S |
EL 675 UHF Propagation for Wireless Systems |
Graduate status and undergraduate
electromagnetic course |
Prof. Henry Bertoni |
as needed |
EL 682/BE 621 Medical Imaging II |
|
Prof. Yao Wang |
S |
EL 702 Space Time Wireless Communications |
|
Prof. Andrej Stefanov |
S |
EL 713 Digital Signal Processing (EL7134, online) |
Graduate status and EL611or EL6114 |
Prof. Ivan Selesnick |
S |
EL 716 Multiresolution Signal Decomposition: Transforms,
Subbands and Wavelets |
Graduate status and EL713 or permission from
instructor; good knowledge of signals and
systems and MATLAB |
Prof. Ivan Selesnick |
F (every one or
two years) |
EL 725 State Space Design for Linear Control Systems |
Graduate status and EL625 |
Prof. Zhong-Ping Jiang |
S |
EL 735 Communication Networks I: Analysis, Modeling and
Performance (EL7354, online) |
Graduate status, EL630 or EL6304 and EL536 or
EL5364 |
Prof. Shivendra Panwar |
S |
EL 736 Communication Networks II: Design and Algorithms |
Graduate status and EL536 and knowledge of
data structures (CS603) |
Prof. Yong Liu |
F |
EL 737 Broadband Packet Switching Systems |
Graduate status and EL536 |
Prof. Jonathan Chao |
S |
EL 822 Applied Nonlinear Control |
Graduate status, EE3064 and EL625 or
equivalent |
Prof. Zhong-Ping Jiang |
F, every two
years |
EL 823 Optimal Control Theory |
Graduate status, EL623 and EL625 |
Prof. Zhong-Ping Jiang |
as needed |
EL 825 Large-Scale Systems and Decentralized Control |
Graduate status and EL725 or instructor’s
permission |
Prof. Farshad Khorrami |
F, every two
years |
EL 901-909 Selective Topics in Wireless Communications |
Specified when offered |
|
|
EL 911-919 Selected Topics in Signal Processing |
Specified when offered |
|
|
EL 912 Digital signal processing lab |
|
Prof. Ivan Selesnick |
F,S |
EL 921-929 Selected Topics in Control Engineering |
Specified when offered |
|
|
EL 930 Wireless Information Systems Lab |
EE3404 or equivalent |
Prof. Frank Cassara |
F,S |
EL 931-939 Selected Topics in Telecommunications and
Networking from Information Science |
Specified when offered |
|
|
EL 941-949 Selected Topics in Computer Electronic Devices
and Systems |
Specified when offered |
|
|
EL 951-959 Selected Topics in Electro-Optics, Quantum
Electronics and Material Science |
Specified when offered |
|
|
EL 961-969 Selected Topics in Power Engineering |
Specified when offered |
|
|
EL 970 Microwave Engineering Laboratory/Project |
EE3604; Co-requisite: EL546 or EL573 |
Prof. Nirod Das |
as needed |
EL 971-979 Selected Topics in Electrodynamics, Wave
Phenomena and Plasmas |
Specified when offered |
|
|
EL 990/991 Laboratory Internship I/II |
Degree status |
|
|
EL 992 Summer Graduate Internship |
Graduate status and more than one semester of
course work with the ECE Department |
|
|
EL 993/994 Readings in Electrical Engineering I/II |
Degree status |
|
|
EL 995/996 Advanced Projects I/II |
Degree status |
|
|
EL 997 Thesis for Degree of Master of Science in Electrical
Engineering |
Degree status |
|
|
EL 999 Dissertation for Degree of Doctor of Philosophy in
Electrical Engineering |
Passing Qualifying Examination. Registration
beyond 12 units requires passing of Area
Examination |
|
|
