My Name Is Victor Diaz Gessner

Cut prototyping costs by 75% by self-teaching Python to solve a fluid mechanics challenges by developing an algorithm that calculates perfect flow distribution across manifold outlets using Reynolds numbers, pressure drop analysis, and discharge coefficients. Instead of continuing expensive trial-and-error prototyping and printing, I built a computational tool that accounts for real-world variables like material roughness and pressure losses, achieving the precise flow uniformity that manual design couldn't match. This reusable algorithm now permanently accelerates our manifold design process, demonstrating how combining mechanical engineering principles with programming creates breakthrough solutions.

Designed a mechanically-operated transforming desk that solves the urban space crisis reducing footprint by 70% when stored while providing full workspace functionality through an elegant hand-crank system. Led a six-person team while self-teaching FEA to validate the rack-and-pinion mechanism, performing advanced structural calculations to ensure the freestanding design could support real-world loads without wall mounting. Delivered a fully functional 3D prototype and comprehensive engineering analysis proving this renter-friendly solution could revolutionize small-space living for the 75% of Americans in apartments.

Co-founded a financial literacy application featuring real-time stock data designed to educate users on financial management principles. Managed company finances, led crowdfunding initiatives, and spearheaded marketing efforts targeting educational organizations. The venture's impact was validated by winning 1st place in the New York regionals at the 2020 Diamond Challenge hosted by the University of Delaware.