majd khwies

In close collaboration with the Hardware Security Department at TU Berlin, I independently designed, developed, and expanded a modular hardware platform for the real-time analysis of inter-chip communication protocols (UART, SPI, QSPI, and I²C) for use in hardware security testing and advanced measurement setups. Currently engaged in the ongoing development of the platform:  Execution of lab experiments using ST V2  Development of system-on-module (SoM) unit and new evaluation boards

Reverse-engineered a dew point measurement device for a company that lacked design documentation following an acquisition. Successfully delivered a breakout board design and technical documentation within two months. The project was suspended due to funding constraints before testing could proceed.

Develop and implement a SoC that captures a frame, processes its colors, and displays it on the screen. My contribution:  Designed dual-port RAM with AHBL interface and DVI display driver for real-time image processing  Developed VHDL test benches, simulations, and full SoC validation  Successfully implemented and evaluated an ARM-based FPGA SoC

In this project, a connection between the PC host and the FPGA was made through USB 3.1 port to be used later for controlling a sensor connected to the FPGA.  Designed a USB 3.1-based FPGA communication module for sensor control  Developed PCB (Altium), FPGA firmware (Verilog, Vivado), and software library (Python)  Tested system performance, achieving high-speed data transfer efficiency

Electronic and photonic integrated systems

As I'm in the 5th Semester by now developing my knowledge in Aspects related to the Integrated Circuits & Microprocessors to flow the cutting-edge technology where photonics circuits & Quantum processors are also involved.