Cullen School of Engineering

For more info, contact:

Dr. Ji Chen
Director of Graduate Admissions
E-mail: ece_grad_admit [at] uh [dot] edu

Graduate Admissions
Phone: 713-743-4400
Fax: 713-743-4444
E-mail: ece_grad_admit [at] uh [dot] edu
(Email Preferred)

Location

Dept. of Electrical & Computer Engineering
N308 Engineering Building 1
Houston, Texas 77004-4005
Phone: 713-743-4400
Fax: 713-743-4444
Department: ece [at] egr [dot] uh [dot] edu
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Degree Requirements

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Doctor of Philosophy (Ph.D.) Program

Students entering the program with a B.S. will follow the coursework requirements for the B.S. to Ph.D. Degree Plan while those entering with an M.S. will follow the M.S. to Ph.D. Degree Plan. The remaining requirements are identical for both programs.

  1. Coursework for the The B.S. to Ph.D. Degree Plan
    • All structured coursework must follow the Appropriate Coursework Standards
    • At least 84 semester hours of graduate credit beyond the BS, with at least 36 hours in structured course work, and at least 24 hours of research (ECE8x98) and 12 hours of dissertation (ECE8399). The remaining 12 hours may consist of structured course work or research. Additionally,
      1. At least 24 of the 36 hours of structured course work should be 6000 level or higher ECE courses.
      2. Non-ECE courses related to the field of study must be approved by the student’s advisor and be at the 6000 level or higher.
      3. If structured coursework is chosen for the remaining 12 hours, they should be 6000 level or higher when inside ECE, or 4000 level or higher when outside ECE. No more than 6 hours can be at the 4000 level.
      4. Enrollment in a dissertation course (ECE8399) is required during the semester the dissertation proposal is defended.
  2. Coursework for the The M.S. to Ph.D. Degree Plan
    • All structured coursework must follow the Appropriate Coursework Standards
    • At least 54 semester hours of graduate credit, of which at least 15 hours should be in structured course work and at least 27 hours in research (ECE8x98) and 12 hours of dissertation (ECE8399). Additionally,
      1. All of the 15 hours in coursework must be 6000 level or higher.
      2. At least 9 of the 15 hours must be ECE courses. The remaining courses can be taken outside ECE with the approval of the student’s advisor.
      3. Enrollment in a dissertation course (ECE8399) is required during the semester the dissertation proposal is defended.
  3. Fulfillment of the Breadth Coursework requirement.
  4. Completion of the Qualifying Exam.
  5. Preparation of a written dissertation and an oral defense thereof.
  6. Completion of all work above in accordance with the procedures described in the Procedures, Requirements, and Standards Section

Master of Science (M.S.) Program

  1. To receive the degree of Master of Science in Electrical Engineering, a student is required to complete, on a part-time or full-time basis, a minimum of 30 semester credit hours of graduate studies, to include at least 21 hours of coursework, and 9 hours of thesis and research. Specifically,
    1. At least 15 hours of structured coursework in ECE, at or higher than the 6000 level. Out of these, at least 6 hours should be in the area of concentration of the student.
    2. Out of the minimum of 21 hours of coursework, at most 6 hours could be in a related technical field. These courses should be deemed appropriate for the professional development of the student (i.e., courses related to the thesis topic), and must be from a department outside ECE at the 4000 level or higher. Both the student’s thesis advisor and the Director of Graduate Studies must approve them. In any case, no credit will be given for courses that are equivalent to courses used in the student’s undergraduate degree.
    3. Six hours of thesis (ECE 6399 and ECE 7399) and at least 3 hours of research (ECE 6x98).
  2. Preparation of a written thesis and an oral defense thereof.
  3. Completion of all work above in accordance with the procedures described in the Procedures, Requirements, and Standards Section

Master of Electrical Engineering (M.E.E.) Program

To receive the degree, Master of Electrical Engineering, a student must complete, on a part-time or full-time basis, a minimum of 36 semester credit hours of approved graduate courses. There is no thesis requirement. A maximum of two courses (i.e., a maximum of 6 hours of coursework) taken from Course Categories A and B (see below) can be replaced by an approved project to be completed under the supervision of a faculty member from the Electrical and Computer Engineering Department.

Specifically:

  • Group A. Six to nine hours of course work from courses offered in the College of Engineering or in the College of Business Administration.
    1. The non-ECE courses must be at the 4000 level or higher.
    2. Courses in ECE must be at the 5000 level or higher.
    3. In all cases, no credit will be given for courses that are equivalent to courses used in the student’s undergraduate degree.
    4. Business courses should be selected from the approved list (see below).
    5. Other courses may only be used in this category with the prior approval of the Director of Graduate Studies.
  • Group B. Nine to twelve hours of course work from courses offered outside ECE, but in the College of Engineering or in the College of Natural Sciences and Mathematics.
    1. These courses must be at the 4000 level or higher, and should be selected from the approved list (see below).
    2. Other courses may only be used in this category with the prior approval of the Director of Graduate Studies.
  • Group C. A minimum of 18 hours of course work from 6000-level or higher ECE courses.
    1. A maximum of 6 hours of 6000-level courses equivalent to 5000-level courses is allowed in this category.
    2. All the courses in this category must be chosen from one of the four specialization areas, as described below.
    3. Other courses may be used in this category only with the prior approval of the Director of Graduate Studies.

Special Projects

Special projects are sometimes initiated by an advisor or by the graduate director. These projects require a committee consisting of at least two regular, tenure-track, ECE faculty, one of which will serve as project advisor. A student desiring to complete a special project needs to identify a project advisor and committee member(s). The student should prepare a project description and secure approval from the committee members. A general petition, together with the approved project description, should be filed well in advance of the start of the semester in which the special project will take place. Once the Director of Graduate Studies has approved the project and project committee, the student may enroll in ECE 6393.

At the end of the semester, the student must prepare a written report, which must be successfully defended in the presence of the committee. If desired, and warranted by the progress made, the student may request to enroll in ECE 7393 for another semester to continue work on the project. This request should be petitioned by a general petition, accompanied by the approved progress report and a statement of work. Such requests must be made at least three weeks before the start of the semester.

Please use the special project request form.

Approved List Of Non-ECE Courses

College of Engineering

  • All courses at the 4000 level or higher.
  • Engineering College 4000 level courses may not have graduate level credit. In this case, a general petition must be submitted to request a change to graduate level.

College of Natural Sciences and Mathematics

  • All courses at the 4000 level or higher, with the exception of the following:
    • COSC 6301, 6302, 6303, 6304, 6306
    • GEOL 6321, 6322
    • MATH 5310
    • PHYS 5311, 5312, 5397

College of Business Administration:

  • All courses at the 6000 level or higher, with the exception of any courses in General Business Administration (GENB).
  • Reminder: course(s) that do not receive a letter grade, but are graded S, U, or W will not be counted towards the degree plan.

Industrial Power Systems (IPS) Specialization

The Industrial Power Systems is a MEE specialization, focussed on the training of industrial power systems engineers and can count as one year of experience towards registration as a Professional Engineer. Also, for those who do not wish to pursue the MEE degree, the classes can be taken as a Non Degree Objective (NDO) student.

The course and program requirements follow the MEE Program requirements above, where 18 hours (6 courses) should be selected from specific and other power-engineering courses listed below.

Courses specific to the MEE-IPS program area:

  1. ECE 6368 – Industrial Power System Analysis
  2. ECE 6369 – Electrical Power Regulations and Standards
  3. ECE 6381 – Industrial Substations and Switching Equipment
  4. ECE 6386 – Power System Transients, Harmonics and Grounding
  5. ECE 7337 – Industrial Power System Protection

Combined with one of the following two courses:

  1. ECE 6389 – Industrial Power System Management
  2. ECE 6395 – Industrial Power Monitoring and Control

Other graduate ECE power-engineering courses are:

  1. ECE 6377/5377 – Power Transmission and Distribution (+ Lab ECE5127)
  2. ECE 6378 – Power System Analysis
  3. ECE 6379 – Advanced Power System Analysis
  4. ECE 6380/5380 – Power Electronics and Electric Drives
  5. ECE 7381 – Power System Control and Stability

To meet the other requirements of the MEE degree, an additional six to nine hours can be chosen from the above list and the following list of recommended ECE courses:

  1. ECE 6310 – Robotics: Models, Controls, and Sensors
  2. ECE 6320 – Knowledge-Based Systems in Electrical Engineering
  3. ECE 6331/5371 – Advanced Telecommunications
  4. ECE 6335 – Digital Control Systems
  5. ECE 6336/5436 – Advanced Microprocessor Systems
  6. ECE 6340 – Intermediate Electromagnetic Waves
  7. ECE 6382 – Engineering Analysis I
  8. ECE 6385 – Analog Input/Output Design

Table of Specialization Areas in the MEE Program

Course Number Course Title Control And Power Systems Electromagnetics And Microelectronics Electronics And Computers Signals And Communications
ECE 6127 Power Transmission And Distribution Laboratory X      
ECE 6301 Sensor Design And Applications   X X  
ECE 6302 Introduction To Neuro-Engineering     X X
ECE 6304 Visual System: Physiology, Computation, And Methods     X X
ECE 6309 Microlithography For Micro-And Nano-System Manufacturing   X    
ECE 6310 Robotics: Models, Controls And Sensors X      
ECE 6312 Fundamentals Of Ferromagnetic Materials And Devices   X    
ECE 6313 Neural Networks X   X X
ECE 6314/5321 Design And Fabrication Of Nanoscale Devices   X X  
ECE 6315 Neural Computation X   X X
ECE 6316 Computational And Biological Vision     X X
ECE 6320 Knowledge-Based Systems In Electrical Engineering X   X X
ECE 6321/5351 Principles Of Internetworking     X X
ECE 6322 Introduction To Spread Spectrum Communications   X X X
ECE 6323 Optical Fiber Communications   X X X
ECE 6324 Digital Telephony     X X
ECE 6325/5335 State-Space Control Systems X      
ECE 6328 Cmos Analog Integrated Circuits   X X  
ECE 6331 Advanced Telecommunications Engineering X     X
ECE 6332 Wireless Telecommunication Systems       X
ECE 6333 Signal Detection And Estimation Theory       X
ECE 6335 Digital Control Systems X      
ECE 6336/5436 Advanced Microprocessor Systems X   X  
ECE 6337 Introduction To Stochastic Processes X X X X
ECE 6338 Topics In Optical And Ultrasonic Imaging       X
ECE 6340 Intermediate Electromagnetic Waves X X    
ECE 6341 Advanced Electromagnetic Waves   X    
ECE 6342 Digital Signal Processing       X
ECE 6345 Microstrip Antennas   X    
ECE 6346 Vlsi Design   X X  
ECE 6347 Advanced Topics In Mos Devices   X    
ECE 6348 Materials Science Of Thin Films   X X  
ECE 6349 Applied Solid State Theory   X    
ECE 6350 Numerical Solution Methods In Electromagnetics   X    
ECE 6351/5317 Microwave Engineering   X    
ECE 6352/5318 Antenna Engineering   X    
ECE 6353 RF And Microwave Electronics   X X  
ECE 6354/5354 Digital Video X   X X
ECE 6355/5340 Introduction To Well-Logging Techniques   X    
ECE 6356/5364 Electronic Circuit Design     X  
ECE 6358 Optoelectronics And Photonics: Principles And Applications   X    
ECE 6360 Geometrical Theory Of Diffraction   X    
ECE 6364 Digital Image Processing X   X X
ECE 6367 Computer Architecture & Design     X  
ECE 6368 Industrial Power System Analysis X      
ECE 6369 Electrical Power Regulations And Standards X      
ECE 6370/5440 Advanced Digital Design     X  
ECE 6371 Fundamentals Of Hardware Design     X  
ECE 6372 Advanced Hardware Design And     X  
ECE 6373 Advanced Computer Architecture     X  
ECE 6375 Measurement And Analysis Techniques In Stochastic Processes       X
ECE 6376 Digital Pattern Recognition       X
ECE 6377/5377 +ECE 5127 Power Transmission And Distribution X      
Or ECE 6127 ECE 6378 Power System Analysis X      
ECE 6379 Advanced Power System Analysis X      
ECE 6380/5380 Power Electronics And Electric Drives X      
ECE 6381 Industrial Substations And Switching Equipment X      
ECE 6382 Engineering Analysis I X X   X
ECE 6383 Engineering Analysis II   X    
ECE 6385 Analog Input/Output Design X   X  
ECE 6386 Power System Transients, Harmonics And Grounding X      
ECE 6387 Topics In Communication Systems       X
ECE 6388 Micro-Nano- Electro- Mechanical Systems And Nanodevices   X    
ECE 6389 Industrial Power System Management X      
ECE 6390 Linear Multivariable Control Systems X      
ECE 6392 Internship I X X X  
ECE 6393 Special Projects I X X X  
ECE 6394/5385 Control System Component Design X     X
ECE 6395 Industrial Power Monitoring And Control X     X
ECE 6396 Advanced Topics In Biomedical Engineering X X X  
ECE 6397 Special Topics As Appropriate For Specialization      
ECE 6466 Integrated Circuit Engineering   X   X
ECE 7331 Nonlinear And Time-Varying Feedback Control Systems X      
ECE 7332 Design Of Statistical Control Systems X      
ECE 7333 Optimal Control Systems X      
ECE 7334 Advanced Digital Control Systems X      
ECE 7335 Robust Control Systems X      
ECE 7337 Industrial Power System Protection X      
ECE 7342 Advanced Topics In Signal Processing       X
ECE 7349 Advanced Topics In Microelectronics   X    
ECE 7364 Image Reconstruction And Medical Imaging     X X
ECE 7366 Advanced Process Integration For Vlsi   X    
ECE 7370 Parallel Computer Architecture     X  
ECE 7373 Advanced Topics In Computer Architecture     X  
ECE 7381 Power System Control And Stability X      
ECE 7392 Internship II X X X  
ECE 7393 Special Projects II X X X  
ECE 7397 Advanced Topics In Electromagnetic Waves   X   X
ECE 7397 Special Topics Course As Appropriate For Specialization