LFU:online

Students
- are familiar with the basics of hardware programming and VHDL.
- are able to model and implement combinational and sequential circuits in VHDL.
- understand the principles of FPGA implementation and timing optimization.
- can design and implement digital filters and signal processing algorithms in VHDL on FPGAs.
- are able to create testbenches and perform simulations.
- develop an understanding of hardware-software interaction.
- recognize the strengths of FPGAs and can use them in practical applications.

Hardware programming, VHDL syntax, data types, operators, combinational circuits, sequential circuits, finite state machines, testbenches, simulation, FPGA synthesis, timing analysis, digital filters, direct digital synthesis, communication, hardware software interaction

Continuous assessment and evaluation of individual projects.