FPGA and Embedded Engineering for Practical Systems
Notes on building hardware-oriented systems with Verilog, FPGA boards, Arduino, sensors, and real-time acquisition.
FPGA and embedded systems reward careful thinking. A design has to work in logic, in timing, and in the physical environment where sensors, signals, and hardware constraints are real.
Muhammad Umar Khawaja's work spans Verilog RTL design, Intel DE1-SoC and DE10 FPGA development, VGA controllers, datapath logic, cryptographic cores, and Arduino-based sensor integration.
The common thread is disciplined system design: define the inputs and outputs, split behavior into testable modules, validate timing or signal behavior, and only then integrate the full system.
That approach applies whether the project is a VGA visualization pipeline, an ASCON cryptography implementation, a sensor acquisition board, or a microcontroller-based automation tool.