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Electrical and Computer Engineering
 
 

Specialization Area Electives 2013-2014 

ECE undergraduate degrees are organized around a core of required courses and a selection of elective courses from four Specialization Areas: Computer Engineering, Neuroengineering, Photonics and Nanoengineering, and Systems: communication, control, networks, and signal processing. The Computer Engineering area provides a broad background in computer systems engineering, including computer architecture, digital hardware engineering, software engineering, and computer systems performance analysis. Neural engineering is an emerging discipline that exploits engineering techniques to understand, repair, manipulate, or treat the diseases of human neural systems and networks.  The Photonics and Nanoengineering area encompasses studies of electronic materials, including nanomaterials.  The Systems area focuses on wireless communication systems, digital signal processing, image processing and networking.  The specialization electives provide the flexibility to create a focus that crosses traditional areas. 

The BSEE requires six specialization courses from at least two areas, (in addition to the Design Lab choice of ELEC 327, 332, or 364), including at least three courses in one area. The BA program requires four courses, including at least two courses in one area, and courses from at least two areas. The department may add or delete courses from the areas. In addition, ELEC graduate courses in the 500 level series and equivalent courses from other departments may be used to satisfy specialization area requirements with permission. Consult departmental Advisors and the ECE website: http://www.ece.rice.edu for the latest information. 

Computer Engineering:
ELEC 323† Principles of Parallel Programming
ELEC 342 Analog Electronic Circuits
ELEC 345 Introduction to Computer Vision
ELEC 419 Innovation Lab for Mobile Heath
ELEC 420† Design and Analysis of Algorithms
ELEC 421† Operating Systems and Concurrent Programs
ELEC 424 Mobile and Embedded System Design
ELEC 425 Computer Systems Architecture
ELEC 427 Adv Digital Design & Implement
ELEC 429† Introduction to Computer Networks
ELEC 446 Mobile Device Applications
COMP 221† Introduction to Computer Systems
COMP 430† Introduction to Database Systems

Neuroengineering
ELEC 342 Analog Electronic Circuits
ELEC 345 Introduction to Computer Vision
ELEC 381 Fundamentals of Electrophysiology
ELEC 431 Digital Signal Processing
ELEC 480 Introduction to Neuroengineering
ELEC 481 Comp/Neuroscience/Neura Engr.
ELEC 482 Physiological Control Systems
ELEC 485 Fundamentals of Medical Imaging I
ELEC 486 Fundamentals of Medical Imaging II
ELEC 489 Theoretical Neuroscience II
 

Photonics and Nanoengineering
ELEC 262 Introduction to Waves and Photonics
ELEC 306 Applied Electromagnetics
ELEC 342 Analog Electronic Circuits
ELEC 361 Quantum Mechanics For Engineers
ELEC 462 Optoelectronic Devices
PHYS 302 Intermediate Electrodynamics
PHYS 311 Introduction to Quantum Physics I

Systems: Communications, Control, Networks, and Signal Processing
ELEC 302 Introduction to Systems
ELEC 306 Applied Electromagnetics
ELEC 345 Introduction to Computer Vision
ELEC 430 Digital Communication
ELEC 431 Digital Signal Processing
ELEC 433 Architecture for Wireless Communications
ELEC 434 Digital Signal Processing Lab
ELEC 435 Electromechanical Devices and Systems
ELEC 436 Fundamentals of Control Systems
ELEC 437 Intro to Communication Network
ELEC 438 Wireless Networking for Under-Resourced Urban Communities
ELEC 439 Digital Image Processing
ELEC 446 Mobile Device Applications


†Note:
- ELEC 323/COMP 322, Elec 420/COMP482, ELEC 421/COMP 421, ELEC 429/COMP 429, COMP 221 and COMP 430 are courses listed or crossslisted with Computer Science. Additional prerequisites have been added for 2012-2013.
- COMP 140 followed by COMP 211 or the sequence of COMP 182, COMP 215, COMP 221 are recommended in addition for the Computer Engineering Area.
- If the Design Laboratory requirement (ELEC 327, 332, or 364) is satisfied with the lab in their chosen Major Specialization Area, then the student takes 3 of 6 courses in their chosen Major Specialization Area. However, if the Design Laboratory requirement is satisfied with the lab in their Minor Area, then it is recommended that the student takes 4 (four) of 6 courses in their chosen Major Specialization Area. It is important to consult a departmental advisor in this situation or if interested in taking a second Design Laboratory course.

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Specialization Area course page 13-14 (pdf)