Laboratory exercises on digital circuit testing using Atalanta & HOPE (ATPG and fault simulation) and Synopsys tools (Design Compiler & TetraMax).

FPGA implementation of the lightweight authenticated encryption algorithm Hummingbird-2 for secure communication in resource-constrained IoT devices, with architectural optimizations for performance, area efficiency, and reliability.

VLSI laboratory design report covering CMOS circuits, simulation, and physical verification.

Solved exercises and handwritten study notes for the Quantum Modular Systems course, covering entanglement, measurements, Bell states, and quantum communication protocols.

Organized hub of coursework, laboratory projects, diploma thesis (Integrated Master) and research work from the Department of Computer Engineering & Informatics (CEID).

PHP/MySQL web platform for coordinating volunteers, rescuers, and citizen requests/offers during natural disasters. Developed as a semester project for the course “Programming & Systems on the World Wide Web”.

Laboratory exercises for the course CAD for Digital Hardware (E-CAD), covering graphical digital design, PCB back-end flow, and HDL-based FPGA implementation using VHDL, ModelSim, and Vivado on the Basys3 (Artix-7) board.

Embedded systems course project focused on system-level design, with plans for future hands-on implementation in embedded C.

C programming lab exercises from the course “Computer Technology & Programming” (1st semester).

Verilog implementations and simulations for a Digital Logic Design I course, including combinational circuits, hierarchical design, multiplexers, comparators, and BCD arithmetic with timing analysis.

FPGA implementations of an enhanced Hummingbird-2 lightweight cryptographic design (v2) with parallel and round-based architectures, evaluated for secure RFID and wireless sensor network applications, including performance and area comparisons against the baseline HB-2 implementation.

About Java/Cpp Programming lab exercises & Project from the course “Object-Oriented Programming” (2nd semester).