Digital Engineering

• apply a hardware description language (VHDL) to program digital chips
• apply standard registers and combinatorial logic to construct simple synchronous networks
• develop synchronous state machines and construct simple coupled digital systems
• demonstrate the function of a digital system by simulation
• document design and functionality of a smaller digital system
• describe the principle of an FPGA-chip
• apply some of the building blocks (multiplier, Block RAM..) of the FPGA chip
• describe principles in digital design of larger digital systems that involve more clock-domains.

Digital design. VHDL programming, digital interface.

30032/62733/02318

Lectures, group work, and project work.