Digital Systems
Provides a broad understanding of the analysis and design of digital systems.
Core Courses:
CSCE 587 Microprocessor Design Laboratory (4) [spring]
CSCE 687 Advanced Microprocessor Design Laboratory (4) [summer]
CSCE 692 Design Principles of Computer Architecture (4) [winter]
Core math requirement:
STAT 586 Probability Theory for Communication and Control (4) [fall]
Plus one of the following:
CSCE 531 Discrete Mathematics (4) [fall, winter]
CSCE 532 Automata and Formal Language Theory (4) [winter]
CSCE 554 Fundamentals of Performance Analysis and Experimental Design (4) [summer]
CSCE 631 Machines, Languages and Logic (4) [winter]
MATH 508 Applied Numerical Methods (4) [winter, spring]
MATH 521 Applied Linear Algebra (4) [fall, spring]
MATH 631 Algebraic Structures (4) [winter]
MATH 633 Graph Theory (4) [spring]
STAT 583 Probability and Statistics for Computer Science (4)[fall, winter,summer]
STAT 586 Probability Theory for Communication and Control (4) [fall]
STAT 601 Theory of Probability (4) [winter]
Emphasis Courses:
EENG 653 Introduction to VLSI Design (4) [fall]
EENG 695 VLSI Systems Design (4) [winter]
Plus any two of the following:
CSCE 531 Discrete Mathematics (4)[fall,winter]
CSCE 532 Automata and Formal Language Theory (4) [winter]
CSCE 554Fundamentals of Performance Analysis and Experimental Design (4) [summer]
CSCE 686 Advanced Algorithm Design (4) [spring]
CSCE 689 Distributed Software Systems (4) [winter]
EENG 510 Linear Systems (4) [fall]
EENG 596 Integrated Circuit Technology (4) [fall]
EENG 655 Discrete-Data Control Systems (4) [variable]
EENG 665 Random Signal and System Analysis (4) [winter]
EENG 795 Advanced Topics in VLSI Systems (4) [spring]
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Air Force Institute of Technology - Graduate School of Engineering & Management.
