Selected work across both fields.
How cooking pollution fills a kitchen
A CFD study in ANSYS Fluent of ultrafine-particle dispersion from an electric stove — a 78 m³ room, ~1M mesh cells, natural convection — validated against my own Partector 2 measurements. The finding: in a closed kitchen the particles don't clear; they become well-mixed and stay elevated.
Cooking UFP study with the Partector 2
Measurement and analysis of ultrafine-particle emissions during indoor cooking, comparing gas vs electric stoves and open vs closed kitchens, tracking lung-deposited surface area (LDSA) through each scenario.
UNICAS Rettorato — BIM model
A full building-information model of the University of Cassino Rettorato: 3D envelope, structure and coordinated section views produced in Autodesk Revit as part of my BIM coordination work.
Illuminance study in DIALux
A lighting and environmental-comfort simulation modelling illuminance distribution across a building's spaces — linking daylight and artificial lighting to occupant comfort.
Open-channel flow analysis
A Python/Jupyter tool computing flow area, wetted perimeter, hydraulic radius and discharge for partially filled circular channels via Manning's equation — mapping filling ratio against flow rate.
Dry Surface Water Feeder — IoT irrigation
Design of a sensor-driven, IoT-based automated irrigation and water-supply system for large and small-scale irrigation. Ranked 2nd of all final-year research projects in the department's 2021/22 competition at Jimma University.
EUt+ CONSTRUCT — student build, Cyprus
As project manager on the Erasmus+ Blended Intensive Programme in Limassol, I led a multicultural team through the design and construction of a student relaxation dome, coordinating tasks, timelines and on-site work.