I’ve spent over three years working as a Data Scientist, diving into different sectors like luxury goods and health and wellness. I’ve had the chance to grow in both fast-paced startup environments and big international companies.
What I love about Data Science is the chance to keep asking why and still having the chance to look for answers in the clearest way possible, all through data.
I’m big into open source and community platforms like Hugging Face, Stack Overflow and Kaggle. I believe these resources have truly made programming more accessible for everyone.
I advocate for fostering innovation through community-backed resources, which can lead to a broader understanding, help people distinguish real information from fake news and enable more informed decisions when faced with data or statistics.
I’m fascinated by how big tech trends like AI, cloud technologies, and blockchain are changing our world. I think a lot about how to make these advances fair and accessible to all and how to use them in a way that’s sustainable for our planet.
I also enjoy playing and watching football, but not just for the game itself. I love how it brings people together, even if just for an hour or two.
I’m currently working on a side project and gathering feedback; I’d love to know about your main challenges and experiences using platforms such as Freelancer.com, Kaggle, StackOverflow and Quora, both as someone posting problems and as a problem solver.
Feb 2024 - Present
Geneva, Switzerland
Feb 2024 - Present
Feb 2023 - Jan 2024
Chaux-de-fonds, Switzerland
Feb 2023 - Jan 2024
Nov 2020 - Jan 2023
Geneva, Switzerland
Nov 2020 - Jan 2023
Feb 2020 - Aug 2020
Geneva, Switzerland
Feb 2020 - Aug 2020
Jul 2018 - Aug 2018
Cairo, Egypt
Jul 2018 - Aug 2018
Msc. in Data ScienceExtracurricular Activities:
Thesis:Highlight, by Video Tracking analysis and Machine Learning algorithms, the movement patterns of an object that influence the chronometric performances of a mechanical subsystem. Main courses:Technical-oriented coursework which covered areas such as Statistics, Applied Data Analysis, Machine Learning, Artificial Neural Networks, and Database Systems. Completed a Minor in Management, Technology and Entrepreneurship (MTE), encompassing courses in Financial Markets, Econometrics, Project Management and Supply Chain. The educational journey combined in-depth technical skills with business acumen and management principles. | ||
Bsc. in Data ScienceExtracurricular Activities:
Main courses:Technical coursework focused on computer science fundamentals such as data structures, algorithms, networking, and security, alongside programming in languages like JAVA (Object Oriented Programming), C (System Oriented Programming), and Scala (Functional Programming). A strong emphasis was placed on mathematical foundations with courses in Calculus, linear algebra, statistics, and signal processing Pursued an optional track in Visual Computing, focusing on C++ and OpenGL. |
From scratch Pytorch implementation of the original transformer paper. Briefly explain how it works through a sentence-to-sentence translation task example with English to Spanish.
Comprehensive and educational analysis of investment strategies using the performance metrics of GAFAM stocks 📈 - Google, Apple, Facebook (now Meta), Amazon, and Microsoft.
It evaluates two distinct approaches. An active strategy utilizing Moving Average Convergence Divergence (MACD) for trading signals and a passive strategy employing dollar-cost averaging (DCA) with the SPDR S&P 500 ETF Trust (SPY) as a benchmark.
Restore images with centrally masked areas using generative models to accurately predict and reconstruct missing parts.
Post-GAN training, the discriminator and generator collaboratively produce high-quality image samples using continuous gradient-based updates to the activation maps until the samples are classified as real by the discriminator.
Developed a Python-based reinforcement learning agent capable of mastering the Lunar Lander game from OpenAI Gym.
I implemented the REINFORCE loss function using categorical cross-entropy weighted by the discounted reward for each observation and balanced the need for exploration (to learn diverse strategies) with exploitation (maximizing reward outcomes).
Data-driven analysis and machine learning to detect customers who are more likely to churn. Used those insights to propose different strategies for the company to investigate for a potential retention program.
This analysis compares the implementation of linear regression models from scratch (utilizing Numpy and Pandas) with those from scikit-learn to predict the optimal selling price for a client’s house.