Work Experience
At AAG Stucchi, I am carrying out my PhD project, which focuses on designing and implementing time series forecasting models. In addition, I oversaw the company's migration from on-premise infrastructure to Azure, and I designed and implemented a custom ETL system that continuously feeds their data to a trusted external third-party service.
Python
Pytorch
Qdrant
Azure
Docker
Databricks
Darts
Neuralforecast
Focused on deep learning and classic methods for computer vision, implementing them in our core project regarding remote sensing (TeBaKA national project). I implemented algorithms for image processing/extraction from Sentinel2. Produced 3 publications during this period, despite having no prior academic experience.
Python
Sentinel2
UAV imagery
Pytorch
Typescript
Node.js
Bash
Rasterio
Docker
Developed a segmentation and anomaly detection system for defective components produced in an industrial plant of a well-known world-leader italian automotive components company. Used both classic and deep learning methods. Hired as a consultant with supervision from the Computer Vision Laboratory of the University of Pavia.
Pytorch
Skimage
Sklearn
Opencv
Docker
Bash
Git
Involved in different developing activities: APIs for backends, cloud-middlewares for API adaption from desktop to mobile front end, minor frontend interventions, database design/maintenance. Hands-on experience with managing AWS cloud services.
MongoDB
Redis
Jira
Javascript
Typescript
Node.js
Angular
Flask
PostgreSQL
AWS (Lambda, KMS, API Gateway, S3, EB)
M.Sc intern. This company is a leader in native cloud development and migration. During my thesis activity, I studied and investigated possible enhancements of a BeSharp product operating in several cloud computing environments (AWS, GCP and Azure).
Python
SAML
OAuth
Azure
GCP
AWS (Lambda, API Gateway, KMS, SQS, EC2, S3, DynamoDB, Rekognition, CloudFormation)
Publications
[1] TEBAKA: Territorial Basic Knowledge Acquisition. An Agritech Project for Italy: Results on Self-Supervised Semantic Segmentation
Lorenzo Epifani, Vincenzo D'Avino, Antonio Caruso
IEEE ISCC 2023
[2] Autonomous Intelligent Remote Sensing System for Military Threat Object Detection
Lorenzo Epifani, Antonio Caruso
Workshop: IEEE TechDefence 2023
[3] Deep learning solutions for agroforestry UAV imagery
Lorenzo Epifani, Antonio Caruso
Journal: Smart Agricultural Technology
[4] Toward Operational Scenario Awareness: A UAV Swarm-Based Framework
Gianmaria Caprioli, Lorenzo Epifani
Workshop: IEEE TechDefence 2025
[5] Long-term forecasting: The Good, the Bad, and the Ugly
Lorenzo Epifani, A. Falcetta, M. Roveri
Journal: Computational Intelligence Magazine (Accepted)
[6] From Zeros to Insight: Univariate Forecasting with Distributional Fidelity in Zero-Inflated Time Series
Lorenzo Epifani, Alessandro Falcetta and Manuel Roveri
Conference: TBD (in progress)
[7] VETT: VectorDB-Enabled Transfer-Learning for Time-Series Forecasting
A. Falcetta, G. Cristofaro, Lorenzo Epifani, M. Roveri
Conference: AI-MLSystems
[8] Harnessing Large Language Models for Data Mesh Adoption in Multi-Organizational Data Ecosystems
L. Bove, Lorenzo Epifani, A. Corallo, M. Gervasi
Conference: IFKAD 2025
[9] Generative AI in Data Management: Enhancing Data Quality Control for Business Data
M. Miglietta, Lorenzo Epifani, M. Di Salvo, A. Corallo, M. Gervasi
Conference: IFKAD 2025
Education
Politecnico di Milano
I am exploring the world of foundation models and time series forecasting and how to integrate them.
Stack: LaTex, Python, AWS, Azure, Darts, Neuralforecast, Ray, Databricks.
Università del Salento
Explored areas of data science, from math and classic/statistical learning theory to modern deep models. The final project was a real case study commissioned during studies.
Thesis Stack: Pytorch, Opencv, Sklearn, Skimage, Docker.
Università di Pavia
Centered on networking, software engineering, operational systems, computer vision, AI principles. Thesis in software engineering with an internship in a cloud expert company.
Università del Salento
First approach to data science during thesis in Operative Systems. Diverse course of study including electronics and electromagnetic fields.
Thesis Stack: Hadoop, Apache Nutch, Apache Solr, Java, LaTex.