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Studies

Engineering at ULiège

A rigorous engineering curriculum blending mathematics, physics, and computer science with hands-on projects that feed directly into how I design and build complex web applications.

Core Disciplines

Mathematics

AnalysisLinear AlgebraProbability & StatisticsNumerical Methods

Physics & Engineering

MechanicsThermodynamicsElectronicsSignal Processing

Computer Science

AlgorithmsData StructuresSoftware EngineeringAI & Machine Learning

How It Shapes My Work

Foundations in Science & Engineering

Courses in analysis, algebra, mechanics, and electronics provide the mental models I use for problem solving in software: breaking down complexity, reasoning about constraints, and designing robust systems.

From Theory to Digital Products

I map what I learn in class to real projects — using software engineering, optimization, and numerical thinking to design AI-assisted tools and complex web interfaces that stay fast, reliable, and maintainable.

Research & Critical Thinking

Academic rigor teaches systematic investigation and evidence-based decision making — skills that directly translate to debugging complex systems and architecting scalable solutions.