Computer Engineering graduate based in Benevento, Italy, with project-based experience in software engineering, network security, data analytics, and applied AI. I build with Java, Python, and C, and I am especially interested in secure software, networked systems, Android malware analysis, and LLM-based agents.

I am currently looking for an entry-level opportunity in cybersecurity, software development, or agentic AI, with a preference for Naples and flexibility to relocate for the right role.

• Programming: Java, Python, C, C++, JavaScript, SQL, RISC-V Assembly
• Software engineering: object-oriented programming, algorithms and data structures, REST APIs, UML, design patterns, debugging, Git, Agile/Scrum
• Backend and frontend: Spring Boot, Angular, MongoDB
• Data and machine learning: Pandas, NumPy, Scikit-learn, Jupyter
• Networks and security: TCP/IP, socket programming, TLS/SSL, firewalls, VPNs, cryptography, network security fundamentals
• Applied AI: local LLMs, prompt design, LLM-assisted code transformation, introductory multi-agent orchestration
• Tools and platforms: Linux, GitHub, MATLAB, Simulink

A ReAct-style multi-agent prototype for transaction fraud and anomaly analysis. The project combines a data-analysis agent, an anomaly-detection engine, a secondary review agent, observability, and token-budget management.

Stack: Python, LangChain, OpenRouter API, Langfuse, Jupyter
Repository: AIAgentReplyChallenge2026

A university team project for creating and managing events through an Angular frontend, Spring Boot backend, MongoDB persistence, REST APIs, and QR-code workflows.

Stack: Java 17, Spring Boot, Spring Security, Angular 16, MongoDB
Repository: event-manager-frontend

A collection of coursework implementations covering TCP clients and servers, concurrent and full-duplex communication, multi-user chat, HTTP services, servlets, and Spring-based client-server exercises.

Stack: Java, TCP Socket API, threads, Servlets, HTTP, Spring Boot
Repository: NetworkingBasics

Twenty-seven small programs exploring arithmetic, arrays, strings, control flow, bit manipulation, memory, and basic I/O using RISC-V assembly.

Stack: RISC-V Assembly
Repository: Computer-Architecture-Course-Assembly

My bachelor's thesis investigated the generation of adversarial Android malware samples with a local Llama 3.1 model. I designed and evaluated a controlled pipeline for Smali transformations, APK recompilation, structural-integrity checks, and changes in multi-engine antivirus detection rates.

The work explored dead-code injection, opaque predicates, benign dummy classes, string obfuscation, and reflection-based API calls in a controlled academic setting.

• BSc in Computer Engineering, University of Sannio — graduated in June 2026
• Computer Science Tutor — supported university students with C, Java, Python, debugging, and problem solving