Graduate Courses

This list contains all graduate courses that can appear on the Computer Science schedule, including selected courses offered by other departments. Please note that some courses are experimental and may not be offered on a regular basis. 

• CS 510 Top: Advanced Functional Programming
• CS 510 Top: Advanced Java Programming
• CS 510 Top: Advanced Topics in C++ Programming
• CS 510 Top: Advanced Topics in Concurrency
• CS 510 Top: Adventures in NLP
• CS 510 Top: Algorithms Coding
• CS 510 Top: Code Reading & Review
• CS 510 Top: Compilers and Interpreters
• CS 510 Top: Computational Photography
• CS 510 Top: Computer Vision and Deep Learning
• CS 510 Top: Computers, Sound and Music
• CS 510 Top: Data Engineering
• CS 510 Top: Deep Learning: Computational Structures and Programming
• CS 510 Top: Exploring Fractals
• CS 510 Top: Front End Web Development
• CS 510 Top: Introduction to Computational Photography
• CS 510 Top: Graphical Models for Optimization and Learning
• CS 510 Top: Introduction to HCI
• CS 510 Top: Introduction to Quantum Computing
• CS 510 Top: Introduction to Visual Computing
• CS 510 Top: Languages and Low-Level Programming
• CS 510 Top: Markets and the Internet
• CS 510 Top: Mobile and Wireless Networks
• CS 510 Top: Mobile Health
• CS 510 Top: Mobile Health in the COVID Era
• CS 510 Top: Modern Embedded Computing
• CS 510 Top: Natural Language Processing
• CS 510 Top: Network Security
• CS 510 Top: Practicum in Asynchronous Systems and Algorithms
• CS 510 Top: Rust Programming
• CS 510 Top: Software Design Patterns
• CS 510 Top: Spoken Language Interfaces
• CS 510 Top: Theorem Proving and Program Verification
• CS 510 Top: Topics in Software Validation
• CS 510 Top: User Interfaces
• CS 510 Top: Virtual Reality
• CS 510 Top: Voice Technologies
• CS 515 Parallel Programming
• CS 520 Object-Oriented Programming and Design
• CS 530 Internet, Web, & Cloud Systems
• CS 531 Introduction to Performance Measurement, Modeling and Analysis
• CS 532 Operating System Foundations
• CS 533 Concepts of Operating Systems
• CS 535 Accelerated Computing with GPU's and Xeon Phi
• CS 538 Computer Architecture
• CS 541 Artificial Intelligence
• CS 542 Advanced Artificial Intelligence: Combinatorial Games
• CS 543 Advanced Artificial Intelligence: Combinatorial Search
• CS 545 Machine Learning
• CS 546 Advanced Topics in Machine Learning
• CS 547 Computer Graphics
• CS 549 Computational Geometry
• CS 550 Parallel Algorithms
• CS 551 Numerical Computation
• CS 552 Building Software Systems with Components
• CS 553 Design Patterns
• CS 554 Software Engineering
• CS 555 Software Specification and Verification
• CS 556 Software Implementation and Testing
• CS 557 Functional Programming
• CS 558 Programming Languages
• CS 559 Software Measurement & Models
• CS 560 Human-Computer Interaction
• CS 561 Open Source Software Development Laboratory
• CS 562 Advanced Open Source Software Engineering
• CS 565 Full-stack Web Development
• CS 567 The Wireless Web
• CS 568 Functional Logic Programming
• CS 569 Scholarship Skills for Computer Science & Engineering
• CS 570 Machine Learning Seminar
• CS 572 Operating System Internals
• CS 575 Computer Systems Analysis
• CS 576 Computer Security Research Seminar
• CS 577 Modern Language Processors
• CS 578 Programming Language Semantics
• CS 579 Formal Verification of Hardware/Software Systems
• CS 580 Randomized Algorithms and Probabilistic Analysis
• CS 581 Theory of Computation
• CS 582 Theory of Computation: Advanced Topics
• CS 583 Automata and Formal Languages
• CS 584 Algorithm Design & Analysis
• CS 585 Cryptography
• CS 586 Introduction to Database Management Systems
• CS 587 Database Management Systems Implementation
• CS 588 Cloud & Cluster Data Management
• CS 590 Introduction to Multimedia Computing and Networking
• CS 591 Introduction to Computer Security
• CS 592 Malware Reverse Engineering
• CS 593 Digital Forensics
• CS 594 Internetworking Protocols
• CS 595 Web and Cloud Security
• CS 596 Network Security
• CS 597 Sensor Networks
• CS 598 Introduction to Wireless Network Protocols
• CS 610 Top: Computational Photography
• CS 610 Top: Graphical Models for Optimization and Learning
• CS 653 Design Patterns
• CS 655 Software Specification and Verification
• CS 656 Software Implementation and Testing
• CS 658 Programming Languages
• CS 659 Software Measurement & Models
• CS 668 Functional Logic Programming
• CS 669 Scholarship Skills for Computer Science & Engineering
• CS 672 Operating System Internals
• CS 676 Computer Security Research Seminar
• CS 677 Modern Language Processors
• CS 678 Programming Language Semantics
• CS 684 Algorithm Design & Analysis

To review course descriptions of previously offered courses, please contact the instructor or review the PSU Bulletin.