I build systems that think, code that defends,
and software that scales — from Assembly to Azure.
Computer Science Master's graduate from UCLouvain, specialising
in artificial intelligence and cybersecurity. Born and
raised in Belgium, I write code that bridges academic research and
real-world engineering — from cloud-native microservices to low-level
binary exploitation.
Fluent in four programming paradigms and four human languages. Comfortable
at every layer of the stack, from Assembly to Azure.
Full-featured web marketplace enabling buy/sell across categories. User account management, image uploads, search, and buyer–seller messaging.
Multi-part project building and benchmarking a high-performance server through iterative optimizations targeting maximum throughput and minimal latency.
Complete compiler frontend: lexer, parser, and semantic analyzer. Built a functional interpreter for a custom language with variables, procedures, and control flow.
Digital Captain Sonar in the Oz language. Multiple AI strategies, turn-based and simultaneous modes, sonar detection, mine laying, and missile mechanics.
Binary exploitation and malware analysis at the systems level. Covered multiple vulnerability classes, exploitation techniques, and static detection — hands-on offensive and defensive security.
Frequent itemset mining and sequential pattern mining. Implemented and benchmarked multiple algorithms across datasets for execution time, memory, and accuracy.
Cloud-native web app deployed to Microsoft Azure. Microservices architecture, containerisation, and distributed data processing showcasing modern cloud engineering.
10-year heart failure risk prediction using regression techniques and feature engineering on 800 medical records with 20 features, blending clinical data analysis with rigorous ML methodology.
Network security lab simulating a corporate topology in Mininet. Demonstrates multiple attack vectors and corresponding defensive countermeasures through live implementation.
Music-driven circle-based rhythm game built in Python. Sound effects, background music, and graphical interactions create an immersive audio-visual experience.
Three-part NLP project (P1–P3) exploring computational linguistics: Python programming, corpus data processing, and statistical analysis applied to linguistic datasets.

Native language. Born and raised in Belgium (French-speaking region).

Fluent in professional and casual contexts.

Basic conversations and understanding written text.

Basic vocabulary and simple sentence structures.