Job Description

This Master’s Thesis offers the opportunity to work on a high-impact engineering project at the intersection of pharmaceutical manufacturing, heat transfer, and computational modelling. The selected candidate will contribute to the development of a multiscale numerical workflow designed to predict the thermal history of pharmaceutical glass containers moving through depyrogenation tunnels, a critical process step in aseptic manufacturing.

This project is part of a broader industrial digital twin initiative aimed at extending thermal assessment beyond standard qualification scenarios. It offers the chance to apply advanced simulation methods to a real industrial challenge, supporting process understanding, validation, and future digitalization efforts in a highly regulated environment.

Main Activities:

·Analyse available qualification and experimental data related to depyrogenation tunnel performance;