I am a Research Scientist at Unimore, focusing on the application of Artificial Intelligence and Machine Learning to challenging problems in ⚙ process and 🚚 supply chain optimization 📈.
I am the proud Co-Founder 💼 of Kheperer, a startup that is revolutionizing the way Artificial Intelligence and Machine Learning are applied to achieve real and tangible goals in Industry 4.0.
I am also a highly proficient Full-stack Web Developer, leveraging strong Python, JavaScript, and SQL skills to build state-of-the-art Business Web Applications and Web Services to deliver Business Value through the effective application of cutting-edge Machine Learning techniques (no-fuss, pragmatic approach).
Here are a couple of projects I've been working on recently, both in Industry and Academia. For some, you will find links to GitHub repositories and papers 🎆.
👋 Want to know more? Contact me!
I will be more than happy to chat with you about these projects! 🙂
In the context of the haute couture fashion industry 👗, the demand for products is often unpredictable and intermittent. Chances are that the products available today were not sold in previous years. This means, little to none availability of time-series 😨.
How could Machine Learning be effectively applied in this highly-challenging scenario 🤔 ?!
Enters Entity Embedding Deep Neural Network, a novel model which learns to reconstruct usefull time-series leveraging commercial similarities between current and past product, in an end-to-end way.
Want to know more? Here's the paper for all the math details 🤓.
In this project, the goal was to evaluate the applicability of Machine Learning techniques to the real-time inventory management in public stores 🏬.
With item-level RFID tags, the challenge was to be able to quickly distinguish items available to customers from those in the back office. All while avoiding the expensive and time-consuming installation of physical shields. Less cost 💵, more flexibility 🏋, faster results 📈.
The project yielded very promising results, which led to the filling of a patent application.
Want to know more? Here's the paper for more details 🤓.
Research Question: is it possible to track each individual ham through the curing process?
Answer: yes! And with very interesting commercial implications!
Through the effective and efficient use of Transfer Learning techniques,
the application of neural networks for real-time object detection,
it has been shown that it is possible to recognize and track the individual ham,
without creating disruptions or impairments to existing process.
Benefits 🦾: thanks to the new system, the final commercial quality of the ham
can be predicted well in advance and monitored.
This leads to clear competitive advantage 💵.