Luigi
Production Engineer
Curious by default, consistent by choice, and always building something I didn’t know how to build yesterday.
Curious by default, consistent by choice, and always building something I didn’t know how to build yesterday.

I hold a Master’s degree in Materials Engineering and Nanotechnology.
My path hasn’t really followed a straight line and I’ve never felt the need to make it look that way. I tend to move toward things that challenge me and push me to think more deeply.
I’m more consistent than impulsive. I prefer steady progress over short bursts of motivation, and I see learning as something that fits into everyday life rather than something separate from it.
Outside university I spent many years in competitive swimming and studying piano, both with regular training and formal commitments. I also attended a sailing course with the Italian Navy, took part in a few academic competitions, did tutoring, and worked summer seasons as a lifeguard.
I’ve always liked environments where people rely on each other and where showing up prepared actually matters.
I’ve lived and studied abroad as well, with longer periods in Australia and China and shorter ones in UK, USA, and France. What I actually enjoy is the contrast: different cultures, landscapes, food, and religions.
I like being immersed in places where my usual references don’t apply, setting aside what I’m used to and trying to look at things with a new, unfiltered perspective.
Recently most of my free time goes into programming and technical projects.
I’m building a “not so small” home server based on Debian with a UniFi setup. I’ve also been working on a few personal websites (as this one), mostly as a way to understand how systems fit together rather than just using ready-made platforms.
I originally learned LaTeX simply because I liked how it looked, and at some point it replaced Word entirely: from my second year of university onward every set of notes, report, and assignment has been written in it.
Python started as a tool for financial data back-testing while studying personal finance and gradually became part of my everyday workflow; now I use it for analysis, plots, small utilities, and anything repetitive enough to automate.
I could probably continue for quite a while.
In general I’m curious about systems more than specific fields, so I end up reading about finance, geopolitics, theology, strategy games, and whatever else catches my attention.
I like linking ideas together more than specialising early.
Outside of that, I’m very Italian about food: pizza is easily my favourite.
I also like dogs and animals in general; they tend to be straightforward in a way people rarely are.
I work at the intersection of production engineering, data analysis and software development.
My main project is the development of an APS-oriented software platform for production scheduling and operational monitoring. The system:
Alongside the project, I analyse production data related to performance, quality, cycle times, scrap and many others, supporting root-cause analysis, Lean Manufacturing and continuous improvement initiatives.
Specialisation in Engineering Application.
Relevant coursework:
⦁ Metallic Materials and Product Innovation
⦁ Materials for Energy Applications
⦁ Composite Materials for Structural Applications
⦁ Life Cycle Assessment
A limited selection of lecture notes from this period is available here.
🎓 Master’s Thesis ➝ Solid-State Aluminium Recycling
Experimental investigation of solid-state aluminium recycling via roll bonding, analysing the influence of process parameters on microstructure, mechanical properties, and hardness to assess feasibility and material behaviour.
“World Wide Exchange Program” offered by Politecnico di Milano, with academic activities focused on project-based work and applied use of theoretical concepts.
Relevant coursework:
‣ Multiscale Materials Modelling
‣ Advanced Bio-Functional Materials
‣ Smart Polymeric Materials
A selection of projects completed during this exchange period is available here.
Relevant coursework:
– Steelmaking
– CAD Modelling
– Data Analysis and Experimental Methods
– Structural Mechanics
🧪 Bachelor’s Thesis ➝ Printed Device for Energy Storage (Group Project)
Development and characterisation of a printed energy-storage device, focusing on gel-based electrolytes to optimise energy density, ionic conductivity, and mechanical resistance for improved overall performance.
