Lunar habitation technologies and power sizing
Technology-gap assessment in the MPH program context, followed by a Python sizing model for vertical solar arrays and battery storage.
Read the project →Industry experience
My industrial roles gave me practical experience in vehicle electrification and mechanical components, alongside the aerospace projects in my portfolio.
Tazzari GL · Imola, Italy · April–June 2025
I supported the integration and testing of battery packs, inverters, and auxiliary power electronics for heavy vehicles.
This work gave me experience with the practical connections between power components, wiring, and system performance. It complements the numerical power-system work I later pursued for lunar habitation.
Connection to my aerospace work
The lunar power model deals with requirements and sizing. Tazzari gave me experience with the components and interfaces that have to be integrated once a power architecture reaches hardware.
RCM Srl · Imola, Italy · October 2023–March 2024
I worked on structural metal components using SolidWorks and AutoCAD, producing CAD models and technical drawings.
The experience connected the drawing to the physical component. It gave me a practical understanding of why dimensions and tolerances need to communicate clearly, and why inspection is part of the engineering process.
Technology-gap assessment in the MPH program context, followed by a Python sizing model for vertical solar arrays and battery storage.
Read the project →Board design and testing, telemetry development, and subsystem coordination.
Read the project →Multiphase CFD in ANSYS Fluent and coordination of load envelopes with the vehicle-level analysis.
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