Design and implement real workable hardware/software-collaborated digital systems.

Lecture:
- Introduction to Boolean algebra and digital system design
- The process of design
- Minimization of Boolean function
- Combinational circuit
- Programmable and steering logic
- Sequential logic design
- Finite-state machine design, hardware description languages (Verilog/HDL)
- Case study (register, clock and sequential logic, finite-state machine, arithmetic logic unit design, memory control, etc.)

Lab:
- Hardware description languages (Verilog/HDL) in software simulation packages
- Flip-flops/hardware design of finite-state machines, arithmetic logic unit design, memory control, etc.