It is a digital world and in the Digital Laboratory, you will get hands-on experience that makes the classroom come to life:

	Combinational logic design
	Boolean algebra
	Logic minimization
	Karnaugh maps
	Static and dynamic hazards
	Multiplexers
	Combinational design
	Flip-flops
	Registers
	Counters and counter design
	Finite state machine design
	State tables, diagrams, and state assignment
	Computer-aided microprocessor system development
	Assembly language programming
	Instruction types and addressing modes
	Microcontroller assembly language and architecture
	I/O peripheral programming and interfacing
	Handshaking and interrupts
	Real-time programming
	High-level programming
	Bus protocols
	Embedded system timing analysis
	Pipelining
	Memory hierarchy
	Peripherals
	Parallel processing
	Cost-performance tradeoffs
	Logic systems
	Design using logic gates
	Programmable logic devices
	Timing considerations
	Debugging techniques
	Capabilities, limitations, and design of digital (TTL/CMOS) logic devices
	Design and evaluation of combinational and sequential logic circuits using PLAs, PALs, GALs, PROMs, and FPGAs
	Troubleshooting of your circuits using laboratory instrumentation will be extensive.