---

Graduate Courses

Here at the School of Engineering we offer a wide variety of challenging courses. Below is a list of graduate courses offered by the Computer Science & Engineering department.

• 5095 : Special Topics in Computer Science and Engineering
  3 credits.  Lecture.
  
• 5099 : Independent Study in Computer Science and Engineering
  1-6 credits.  Independent Study.
  
• 5103 : Software Performance Engineering
  3 credits.  Lecture.  Recommended preparation: CSE 221 and CSE 228 or the equivalent.
  
• 5105 : Software Reliability Engineering
  3 credits.  Lecture.   Recommended preparation:  CSE 221 and CSE 230 or the equivalent.
  
• 5504 : Probabilistic Methods in Digital Systems
  3 credits.  Lecture.  Recommended preparation: CSE 221 or the equivalent.
  
• 5101 : Advanced Software Engineering
  3 credits.  Lecture.  Recommended preparation: CSE 230 and CSE 244 and CSE 258, or the equivalent.
  
• 5300 : Advanced Computer Networks
  3 credits.  Lecture.  Recommended preparation: CSE 245 and CSE 221 or the equivalent.  This course and ECE 335 may not both be taken for credit.
  
• 5711 : Distributed Database Systems
  3 credits.  Lecture.  Prerequisite: CSE 350.  Recommended preparation:  CSE 255 and CSE 258 or the equivalent.
  
• 5304 : High-Performance Parallel Computing
  3 credits.  Lecture.  Recommended preparation:  CSE 249 and CSE 228 or the equivalent.
  
• 5107 : Distributed Component Systems
  3 credits.  Lecture.  Recommended preparation:  CSE 244 and CSE 258 or the equivalent.
  
• 5102 : Advanced Programming Languages
  3 credits.  Lecture.   Recommended preparation: CSE 233 and CSE 237 or the equivalent.
  
• 5302 : Computer Architecture
  3 credits.  Lecture.  Recommended preparation:  CSE 249 or the equivalent.
  
• 5701 : Advanced Database Topics
  3 credits.  Lecture.  Recommended preparation:  CSE 255 and CSE 258 or the equivalent.
  
• 5715 : Semantic Data Models
  3 credits.  Lecture.  Recommended preparation:  CSE 255 and CSE 237 or the equivalent.
  
• 5713 : Data Mining
  3 credits.  Lecture.
  
• 5850 : Information and Data Security
  3 credits.  Lecture.  Recommended preparation:  CSE 255 and CSE 258 or the equivalent.
  
• 5852 : Modern Cryptography: Foundations
  3 credits.  Lecture.  Recommended preparation: CSE 221 and CSE 237 and CSE 259, or the equivalent.
  
• 5514 : Computational Geometry
  3 credits.  Lecture.  Recommended preparation:  MATH 210Q and MATH 227 or the equivalent.
  
• 5703 : Advanced Computer Graphics
  3 credits.  Lecture.  Recommended preparation:  CSE 275 or the equivalent.
  
• 5508 : Advanced Numerical Methods in Scientific Computation
  3 credits.  Lecture.  Prerequisite: MATH 215Q or ECE 301, which may be taken concurrently.
  
• 5306 : Advanced Operating Systems
  3 credits.  Lecture.  Recommended preparation:  CSE 258 or the equivalent.
  
• 5500 : Advanced Sequential and Parallel Algorithms
  3 credits.  Lecture.  Recommended preparation:  CSE 228 or the equivalent.
  
• 5854 : Modern Cryptography:  Primitives and Protocols
  3 credits.  Lecture.  Recommended preparation: CSE 221 and CSE 237 and CSE 259, or the equivalent.
  
• 5502 : Fundamentals of Automata
  3 credits.  Lecture.
  
• 5506 : Computational Complexity
  3 credits.  Lecture.  Recommended preparation:  CSE 237 and CSE 259 and CSE 221 or the equivalent.
  
• 5600 : Computer Science and Engineering Research Laboratory
  3 credits.  Lecture.  May be repeated for credit with a change in content.
  
• 5709 : Image Processing
  3 credits.  Lecture.  Recommended preparation:  MATH 227 or the equivalent.
  
• 5800 : Bioinformatics
  3 credits.  Lecture.
  
• 5705 : Advanced Artificial Intelligence
  3 credits.  Lecture.
  
• 6504 : Linear Algebraic Queueing Theory
  3 credits.  Lecture.  Prerequisite: CSE 326.
  
• 6300 : Research Topics in Computer Networks
  3 credits.  Lecture.  Prerequisite: CSE 330.
  
• 6514 : Computational Topology
  3 credits.  Lecture.  Prerequisite: CSE 455.
  
• 6510 : Fault-Tolerant Parallel Computing
  3 credits.  Lecture.  Prerequisite: CSE 332 or CSE 361.
  
• 6512 : Randomization in Computing
  3 credits.  Lecture.   Prerequisite:  CSE 361 or consent of the instructor.
  
• 6800 : Computational Genomics
  3 credits.  Lecture.  Prerequisite:  CSE 377 or BME 380 or consent of the instructor. Cross listed as BME 382.
  
• 6705 : Natural Language Processing
  3 credits.  Lecture.  Prerequisite: CSE 382.
  

Print | Email