Python-based local search engine for academic papers from arXiv, featuring web crawling, text processing, inverted indexing, and ranked retrieval (Information Retrieval, UNIWA).

VHDL project for implementing sequential circuits (latches, flip-flops, registers, counters, shift registers) with testbench-based verification in ModelSim (Digital Circuit Design, UNIWA).

Academic cryptography project implementing RSA encryption, decryption, digital signatures, and X.509 certificate verification in C using the OpenSSL BIGNUM (BN) library, bridging theoretical cryptography with real-world security applications (Information Technology Security, UNIWA).

SQL laboratory project for demonstrating the creation and management of triggers in a personnel database. Includes examples of BEFORE UPDATE, AFTER INSERT/UPDATE/DELETE triggers to automate data validation, enforce business rules, and maintain consistency (Databases II, UNIWA).

Educational project demonstrating stack-based buffer overflow vulnerabilities, including exploitation techniques and modern OS defense mechanisms (ASLR, NX, stack canaries), implemented in C for controlled lab environments (Information Technology Security, UNIWA).

Introductory C programming examples demonstrating modular functions, recursion (Towers of Hanoi), Taylor series for sine/cosine, and menu-driven mathematical operations (Computer Programming, UNIWA).

SQL laboratory project demonstrating advanced SELECT queries, nested and correlated subqueries, and relational database analysis on a personnel management schema (Databases I, UNIWA).

Big Data Management project analyzing the relationship between unemployment, poverty, and police killings in U.S. states (2015–2016) using K-Means clustering and socio-economic data analysis (Big Data Management, UNIWA).

IoT laboratory project implementing an automated traffic light system using Arduino UNO, ESP-01 (ESP8266), and ThingSpeak, enabling real-time monitoring and remote control of traffic signal states via cloud communication (Internet of Things, UNIWA).

Cloud Computing lab project implementing a virtual lab with Docker and Docker Compose, deploying containerized cloud services (WordPress, MySQL, phpMyAdmin) with isolated networks, persistent storage, and resource management (Cloud Computing and Services, UNIWA).

Interactive Virtual Gym application developed in Unity, combining human–computer interaction principles with fitness simulations, virtual coaching, and personalized nutrition guidance (Human-Computer Interaction, UNIWA).

MPI laboratory project demonstrating parallel sequence verification using point-to-point communication. Distributes sequences across multiple processors to check ascending order and identify the first element violating the order (Introduction to Parallel Computing, UNIWA).

Circuit Theory lab project studying resonance in RLC series and parallel circuits, combining theoretical analysis, Multisim simulations, and experimental measurements of impedance, current, and overvoltage phenomena (Circuit Theory, UNIWA).

Documentation-centric Information Systems project for focusing on the Cash Management Subsystem of a unified health sector information system, including SCRUM planning, Zachman Framework modeling, BPMN/UML diagrams, WBS, and Gantt scheduling (Design and Development of Information Systems, UNIWA).

Information Systems Analysis project modeling a real estate marketing process using UML use cases, IDEF0/IDEF3, DFDs, ER modeling, and structured process decomposition (Analysis and Design of Information Systems, UNIWA).

MATLAB-based Digital Communications laboratory project focusing on time-domain signal generation and frequency-domain analysis (FFT) through structured exercises (Digital Communications, UNIWA).

Academic project implementing a Uni-C compiler in C using FSMs, FLEX, and BISON, covering lexical and syntactic analysis with a complete compiler pipeline for a subset of the C language. Includes FSM design, token recognition, grammar parsing, and executable testing (Compilers, UNIWA).

Digital Signal Processing laboratory project implemented in MATLAB, focusing on discrete-time signal generation, transformation, and visualization (Digital Signal Processing, UNIWA).

Circuit Theory lab project verifying Kirchhoff’s Laws and Ohm’s Law through theoretical analysis, Multisim simulation, and physical experiments, including potentiometer and rheostat applications (Circuit Theory, UNIWA).