Graduate Syllabi

Computer Engineering

• CpE 520 - Application of Neural Networks 
  
• CpE 521 - Applied Fuzzy Logic 
  
• CpE 536 - Computer Data Forensics 
  
• CpE 538 - Introduction to Computer Security Management
  
• CpE 553 - Advanced Networking Concepts
  
• CpE 568 - Computer Network Forensics
  
• CpE 643 - Fault Tolerant Computing
• CpE 664 - Sensor Actuator Networks (last taught Spring 2018)
  
• CpE 670 - Switching Circuit Theory
  
• CpE 684 - Advanced Real-Time Systems Development
  

Computer Science

• CS 510 - Formal Specification of Language 
  
• CS 520 - Advanced Analysis of Algorithms
  
• CS 525 - Computational Complexity 
  
• CS 530 - Formal Methods in Software Engineering 
  
• CS 533 - Developing Portable Software
  
• CS 540 - Theory of Database Systems 
  
• CS 550 - Theory of Operating Systems 
  
• CS 552 - Advanced Automata Theory 
  
• CS 554 - Network Computing 
  
• CS 555 - Advanced Computer Systems Architecture
  
• CS 556 - Distributed and Pervasive Computing 
  
• CS 557 - Software Engineering in Data Communications 
  
• CS 558 - Multimedia Systems
  
• CS 568 - Computer Network Forensics
  
• CS 570 - Interactive Computer Graphics 
  
• CS 572 - Advanced Artificial Intelligence Techniques 
  
• CS 573 - Advanced Data Mining
  
• CS 575 - Artificial Neural Networks 
  
• CS 578 - Medical Image Analysis 
  
• CS 623 - String Algorithms 
  
• CS 630 -  Empirical Methods in Software Engineering and Computer Science
  
• CS 665 - Computer System Security
  
• CS 677 - Pattern Recognition
  
• CS 677 - Pattern Recognition (update for Spring 2020)
  
• CS 726 - Algorithmic Graph Theory 
  
• CS 727 - Information Dissemination 
  
• CS 736 - Software Performance Engineering 
  
• CS 740 - Advanced Databases Theory 
  
• CS 750 - Secure and Survivable Systems 
  
• CS 751 - Digital Enterprises 
  
• CS 757 - Distributed Systems and Algorithms
  
• CS 772 - Global Knowledge Networks 
  
• CS 778 - Medical Image Analysis 
  
• CS 791 - String Algorithms
  

Electrical Engineering

• EE 513 - Stochastic Systems Theory
  
• EE 515 - Linear Control Systems
  
• EE 517 - Optimal Control 
  
• EE 519 - Electrical Circuits Laboratory 
  
• EE 528 - Biomedical Microdevices 
  
• EE 531 - Advanced Electrical Machinery 
  
• EE 533 - Computer Applications in Power System Analysis
  
• EE 535 - Power System Control and Stability 
  
• EE 550 - Advanced Semiconductor Electronics
  
• EE 551 - Linear Integrated Circuit
  
• EE 561 - Communication Theory
  
• EE 562 - Wireless Communication System
  
• EE 565 - Advanced Image Processing
  
• EE 567 - Coding Theory 
  
• EE 568 - Information Theory
  
• EE 613 - Detection and Estimation Theory 
  
• EE 625 - Introduction to Digital Control 
  
• EE 650 - Optoelectronics 
  
• EE 713 - Large-Scale System Modeling 
  
• EE 731 - Real Time Control of Power System 
  
• EE 733 - Protection of Power Systems 
  
• EE 735 - HVDC Transmission 
  

Software Engineering

• SENG 500 - Programming Fundamentals with JAVA
• SENG 505 - Programming Applications with JAVA
  
• SENG 510 - Software Project Management
  
• SENG 520 - Software Analysis and Design
  
• SENG 530 - Software Verification and Validation
  
• SENG 540 - Software Evolution
  
• SENG 550 - Object Oriented Design
  
• SENG 560 - Software Reuse
  
• SENG 561 - Agile Software Development
  
• SENG 564 - Software Engineering of Mobile Applications
  
• SENG 581 - Quality Software Process Management
  
• SENG 582 - Enterprise Architecture Frameworks
  
• SENG 650 - Cloud Computing for the Internet of Things
  
• SENG 670 - Data Analytics with Applications in Software Engineering
  
• SENG 691A - Strategies for Managing Software Projects
  
• SENG 691C - Software Engineering Economics
  
• SENG 691O - Engineering Dependable Software