Programming Language Design and Implementation (CS341)

Course Summary:

• Programming language paradigms, design and implementation: syntax and semantics
• Parsing
• Runtime systems
• Data types, data and procedural abstraction
• Function programming

Software Design (CS342)

Course Summary:

• Software design principles and practices: Object-oriented design
• Design patterns
• Software reuse
• Unit testing
• Event driven programming and concurrency
• Graphical user interface design and development
• Team development

Systems Programming (CS361)

Course Summary:

• Study of computer systems emphasizing impact on application level programming
• Virtual memory and memory management
• Code optimization
• System-level I/O
• Concurrency and threads
• Synchronization
• Introduction to network programming

Computer Design (CS361)

Course Summary:

• Computer hardware building blocks.
• Logical gates, combinational circuits, arithmetic circuits
• Flip flops and sequential circuits
• Registers and memory, CPU Design, I/O Design

Computer Algorithms I (CS401)

Course Summary:

• Design and analysis of computer algorithms.
• Divide-and-conquer, dynamic programming, greedy method, backtracking.
• Algorithms for sorting, searching, graph computations, pattern matching, NP-complete problems.

Introduction to Software Engineering (CS440)

Course Summary:

• Software life-cycle model.
• Requirement specification techniques.
• Large-scale software design techniques and tools.
• Implementation issues.
• Testing and debugging information.
• Software maintenance.

Introduction to Networking (CS450)

Course Summary:

• The Open Systems Interconnect model.
• Data link.
• Network and transport layers.
• TCP/IP, ATM, and mobile networks.

Other Related Courses

• Program Design I and II (CS 111 and CS 141)
• Mathematical Foundations of Computing (CS 151)
• Programming Practicum (CS 211)
• Machine Organization (CS 261)
• Languages and Automata (CS 301)