Portrait of Cyrine Akrout
Data Science & Financial Engineering

Cyrine Akrout

Master's student at the École Polytechnique Fédérale de Lausanne (EPFL), passionate about machine learning, language models and quantitative finance — and about turning rigorous math into things that work on real data.

Who I am

I'm Cyrine, a Data Science & Financial Engineering master's student at EPFL, holding a Master's Excellence Fellowship.

I studied Communication Systems at EPFL and spent a year at the University of Toronto, where I explored software engineering, security and financial engineering. Today I work at the crossroads of machine learning and quantitative finance: post-training language models, building deep networks for vision, pricing derivatives and designing systematic investment strategies.

I also work as a student assistant at EPFL, helping students in finance, probability, algorithms and signal processing. I love learning in teams and I'm looking for opportunities where I can keep growing while building things that matter.

French · nativeEnglish · C1Arabic · B2

Education

2025 – Present

MSc in Data Science & Financial Engineering

École Polytechnique Fédérale de Lausanne – EPFL

Machine Learning · Modern NLP · Applied Data Analysis · Large-scale Data Science · Stochastic Calculus · Derivatives · Quantitative Risk Management

2024 – 2025

Applied Science & Engineering (exchange year)

University of Toronto

Software Engineering · Computer Security · Random Processes · Financial Engineering · Artificial Intelligence

2022 – 2024

BSc in Communication Systems GPA 5.89/6

École Polytechnique Fédérale de Lausanne – EPFL
2021 – 2022

Preparatory Year (CMS) GPA 5.8/6

École Polytechnique Fédérale de Lausanne – EPFL

Skills

Python
PyTorch
TensorFlow
NumPy
Pandas
scikit-learn
Jupyter
Java
Scala
C
SQL
React
TypeScript
Firebase
Git
LaTeX
LLM post-training (LoRA · SFT · DPO · RLHF)Semantic segmentationObject detectionStochastic calculusDerivative pricingPortfolio constructionWeights & Biases

Experience

Feb 2026 – Present

Student Assistant

EPFL

Principles of Finance · Probability & Statistics · Algorithms · Signal Processing

Jun 2025

Machine Learning Intern

Exypnos

Built an object-recognition pipeline for infrared images with lightweight deep learning models (YOLOv9, RT-DETR-Lite): preprocessing, training, inference and benchmarking on real IR data.

Sep 2024 – Dec 2024

Software Engineer — BalanceAI

Dr. Jang's research lab with OISE, University of Toronto

In a team of six, developed gamification features for an AI literacy-assessment platform for K-12 students, using React, TypeScript, Next.js and Firebase. balanceai.ca ↗

Projects

Data Science & Machine Learning

Post-Training Qwen3-1.7B

Illustration of an LLM answering a math question

Post-training an LLM for math reasoning, knowledge, multilinguality and safety with LoRA, SFT, DPO and RLVR — then merging the specialists with TIES-Merging.

Road Segmentation

Illustration of an aerial image and its road mask

PyTorch pipeline on ~5,000 aerial images comparing U-Net, U-Net++, D-LinkNet and DeepLabV3. 3rd place on AIcrowd — F1 0.922, accuracy 0.958.

Heart Disease Prediction

Illustration of a heart with a pulse line

Classification on the BRFSS health survey with robust preprocessing and regularized logistic regression.

Fashion-MNIST

Illustration of a pixel grid classified as a t-shirt

MLP, CNN and Vision Transformer compared on Fashion-MNIST, with PCA for dimensionality reduction.

Stanford Dogs

Illustration of a dog face with a classification label

Linear regression, logistic regression and k-NN implemented and evaluated on the Stanford Dogs dataset.

Infrared Object Detection

Illustration of a thermal image with detection boxes
Internship · Exypnos

Lightweight detectors (YOLOv9, RT-DETR-Lite) for object recognition in infrared images, benchmarked on real IR datasets.

Quantitative Finance

Dividend Derivatives Pricing

Illustration of stacked coins and a dividend curve

Valuing dividend futures and options under Black-Scholes and affine stochastic dividend models — Feynman–Kac, Riccati ODEs, calibrated to market data.

FX Returns & Strategies

Illustration of currency coins being exchanged

Carry, momentum, dollar, risk-parity and mean-variance strategies on six G10 currencies — carry turns out to be the strongest predictor of FX returns.

Beyond the code

Singing & karaoke

Music is my favourite way to switch off. I love to sing, and karaoke nights with friends are some of my best moments: give me a mic and a good song, and I'm happy.

Music

Always listening to something new.

Oriental dance

Rhythm and expression.

Thriller novels

The more plot twists, the better.

Contacts

Have an opportunity, a question about a project, or just want to say hi? Send me a message here and I'll get back to you.