Selected work
In every project, I combine disciplinary depth, teaching, design and production in different proportions. I connect every major claim to visible project work.
01 · Course system · Mini-project design · Scientific figures
Make a foundational course feel like one coherent instrument.
I brought together course architecture, reproducible figures and a series of applied mini-projects to move from notation to engineering situations.
This is the original French-language artifact. I have kept it untranslated to preserve the work as it was produced.
02 · 13 signed decks · Multivariable geometry · 2024
Give spatial ideas a consistent visual grammar.
I designed thirteen signed decks that turn curves, coordinate systems, differential elements and surfaces into a sequenced visual course.
03 · Assignment design · MATLAB/Simulink · Interactive simulator
Turn control theory into one continuous engineering investigation, from equations to landing.
I designed ELE2200’s second assignment around vertical rocket landing, combining PID loops, reduced and complete models, MATLAB/Simulink scaffolds and an interactive web simulator.
Drag the u and v endpoints
NoteThe dot product is the length of u multiplied by the signed projection of v onto u.
04 · Interactive product · Bilingual system · Live chapter
Make the dot product visible as angle, projection and signed magnitude.
I created a bilingual web learning product where the dot product connects a formal definition to projection, orthogonality and an adjustable geometric state.
This is the original French-language artifact. I have kept it untranslated to preserve the work as it was produced.
05 · Open textbook · Co-author · 7 individually credited cases
Move from phenomenon, to model, to algebra, to interpretation.
I co-author this open applied-linear-algebra resource. Seven case studies are individually credited to me, while the visual language for complex numbers remains collective work.