MANTIS
Interactive Idea Navigator
Contributing to an AI-enhanced collaborative space that helps research teams explore, connect, and move through large bodies of scientific ideas.
Researcher · Builder · Science communicator
I build ways to see complex systems more clearly — from the inner life of a cell to the surface of another world.

Currently AI & Data student
Researching at MIT CSAIL
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01 / Health & computational biology
At MIT CSAIL's Computational Biology Group, I am working where AI, interfaces, and genomics meet — making complex scientific knowledge easier to explore.
MIT Computational Biology GroupInteractive Idea Navigator
Contributing to an AI-enhanced collaborative space that helps research teams explore, connect, and move through large bodies of scientific ideas.
Building web-based ways to navigate high-dimensional single-cell data, turning dense expression matrices into more legible biological patterns.
Developing survival prediction from censored clinical data, then evaluating how CT scans, histopathology, and electronic health records can improve practical risk estimation.
02 / Astronomy
Astronomy is my longest-running curiosity: a place to combine physics, data, and imagination with questions that stretch beyond one discipline.
EXP — 01
Machine learning on NASA's Kepler dataset to estimate whether planetary conditions could be compatible with life.
LAND — 02
A computer-vision system that combines terrain segmentation and crater detection to score safer planetary landing zones.
“What is worth doing, is worth doing well.”
— My grandfather
03 / Education
2025 — 2029
CentraleSupélec × ESSEC
An interdisciplinary program connecting rigorous technical work with strategy, organizations, and real-world decision-making.
2023 — 2025
École Jeannine Manuel
Graduated with highest honors, specializing in mathematics, physics, and chemistry with expert-level mathematics.
2024
Stanford Online
04 / Selected work
I learn fastest by building — models, agents, and tools that make a difficult process more understandable or useful.
A CT-scan classifier that improved from 85.56% to 93.02% accuracy.
I refined EfficientNet-based architectures and redesigned augmentation so clinically relevant tumor regions survived the training pipeline.
An automated call-center concept for faster clinical-trial patient classification.
The system combines conversational voice AI, internal clinical data, and lab models to structure a complex screening workflow for clinicians.
An AI preparation platform for stronger, more targeted job applications.
Developed in the CentraleSupélec accelerator loop, the product brings together interview practice, résumé feedback, and application tracking around the candidate journey.
A real-time mock-interview prototype with voice interaction and résumé context.
Built as a working demonstration with speech-to-text, text-to-speech, résumé parsing, and rapid response generation.
View public project05 / Science communication
I founded The Curious Minds to turn mathematics and astrophysics into stories people want to share. Across TikTok, Instagram, and YouTube, that work has reached 60M+ views.
Major social platforms
Languages spoken natively
Companion science website
Toolkit
Open to ambitious ideas