I build and analyze mechanical systems — from thermodynamic cycle work in the classroom to automation tools that run on their own. Currently studying mechanical engineering at CCNY, with a working habit of documenting, measuring, and shipping things properly.
Term paper examining turbocharger performance through exergy and entropy analysis, working through T-s and P-v diagrams and steam-table interpolation to characterize real-cycle losses.
View writeup →n8n workflow that reads live customer data from Google Sheets, runs pricing analysis, and sends formatted HTML summary emails automatically — no manual pull required.
View workflow →Automated prediction pipeline pulling live race data from the Jolpica/Ergast API, generating a written forecast with an AI model, and emailing it ahead of each race weekend.
View workflow →Coursework set covering force-couple systems, distributed loads, and centroid calculations via the Pappus-Guldinus theorems, applied to multi-body static equilibrium problems.
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