Apr 2026
Privacy design for a travel safety app, built around GDPR and Cavoukian's 7 principles of Privacy by Design. I anonymised the user dataset and de-identified it with ARX, then wrote the privacy policy and terms of use and designed an opt-in/opt-out consent screen covering lawful basis, data subject rights and retention.
- Anonymisation
- Data Privacy
- GDPR
- Privacy by Design
Apr 2026
A layered Java application that loads contacts and students from CSV into an embedded H2 database, with JDBC, the DAO pattern and a business-logic service layer providing full CRUD. It is covered by nine JUnit test classes.
- Backend
- DAO Pattern
- H2
- Java
- JDBC
- JUnit
Apr 2026
Our team's solver for EPITA's Kaggle Week, a Hash Code-style challenge to order photos into the most "interesting" slideshow. We paired portrait photos with complementary tags using two pointers, indexed frames with MinHash LSH so we never had to compare every pair and built the sequence greedily from the best LSH candidate at each step.
- Greedy Algorithm
- MinHash
- LSH
- Python
- Optimisation
Apr 2025
I implemented the VAT algorithm to check whether a dataset actually has cluster structure before running a clustering model, and wrote a report analysing how it works.
- Clustering
- Data Science
- Machine Learning
- Python
- VAT
Feb 2025
A community platform where citizens report local problems such as potholes, leaks or broken streetlights with photos and a location on an OpenStreetMap map. Votes from the community set the priority, and anyone can follow an issue's status. An admin panel lets departments manage issues and track how quickly they resolve them, while a leaderboard rewards active users. Built with PHP, MySQL, JavaScript, Leaflet.js and Bootstrap.
Jan 2025
A house price prediction model taken beyond the notebook: I split it into reusable training and inference steps and packaged it as an installable Python module, following clean code practices.
- Machine Learning
- Python
- Packaging
Jan 2025
A web app for tracking money lent to and borrowed from friends. A dashboard shows totals and net balance, and transactions can be settled or unsettled in one click. Built with PHP 8.2 and MySQL 8.1 and fully containerised with Docker Compose.
- Docker
- Finance
- MySQL
- PHP
- Web App
Nov 2020 โ Jul 2021
For our final-year project we built a marketplace that lets farmers in India sell crops directly to buyers anywhere in the country. Farmers list their produce and set a minimum price, buyers bid and once a deal closes, drivers can take on the delivery. The platform has a PHP web app, an Android client, order and transport management and a price forecast based on the previous year's prices.
- PHP
- MySQL
- Android
- Marketplace
Oct 2020 โ Dec 2020
A PHP web marketplace for renting houses, appliances, furniture and vehicles. Users filter by location and price, then book the item they want in a few clicks.
Oct 2020 โ Nov 2020
I explored the Google Play Store dataset to find which app attributes drive ratings, then built a machine learning model to predict the rating of new apps.
Aug 2020
During my Exposys Data Labs internship I used K-Means clustering to group customers with similar characteristics, giving a clearer basis for targeted marketing.
- Customer Segmentation
- Data Science
Aug 2020
Using historical La Liga data on every participating team (goals scored and conceded, top-6 finishes, seasons played, best position), I built performance metrics and visualisations to compare teams and estimate likely title contenders.
Jul 2020
I analysed individual medical insurance costs and used statistical tests to find which customer attributes significantly affect charges, the kind of insight insurers use to price their policies.
- Data Science
- Statistical Analysis
- Statistical Learning
Jul 2020
I analysed an Amazon purchases dataset with pandas, answering business questions about customer behaviour and spending patterns.
Jan 2020 โ Feb 2020
A device that monitors a driver's eyes and raises an alert whenever they stay closed for too long. After three warnings, it automatically messages a chosen contact about the driver's condition.
Oct 2019 โ Dec 2019
A smart meter prototype that reads live voltage and current from sensors, calculates power (P = V ร I) and stores the readings in a database so customers can monitor their consumption in real time.
Sep 2019 โ Nov 2019
A web application with a relational database backend for a retail store, built to manage day-to-day sales and stock transactions in one place.
Aug 2019
Our team worked on developing a machine learning model aimed at predicting the presence of ASD disease based on a set of parameters. We began by sourcing and processing relevant data, and subsequently trained the model on the identified parameters. Rigorous testing of the model followed, which resulted in obtaining a high accuracy score. Our diligent efforts have led us to develop a sophisticated and reliable predictive model, which is well-equipped to make accurate predictions regarding the presence of ASD disease. We are confident that our model will contribute towards advancing research in this field and lead to improved outcomes for patients.
Sep 2018 โ Nov 2018
We successfully developed a small-scale prototype for an intelligent lighting system, which has the potential to be implemented throughout entire homes. This system is equipped with a PIR (Passive Infrared) sensor, which effectively detects the presence of humans within a room, allowing the system to adjust lighting accordingly. Our prototype demonstrates the capability of creating an energy-efficient lighting system, which only activates when necessary. This innovative technology has the potential to revolutionize the way we use energy in our homes and buildings, and we are excited about the future possibilities for this project.
Apr 2018 โ May 2018
I am proud to have designed and developed a cutting-edge RFID based Smart Mobile Locker. The locker is equipped with advanced RFID technology that provides enhanced security features, allowing users to unlock the locker with an RFID tag. This technology is a significant improvement over traditional locks and offers convenience, efficiency, and peace of mind. With this innovative system, users can be confident that their valuables are safe and secure. I am thrilled to have been able to contribute to the advancement of locker technology, and I look forward to continuing to develop innovative solutions in the future.