Deep-dives into the areas Aaryan works in, each grounded in real coursework, team leadership, research, and projects you can verify elsewhere on this site.
Aaryan Lath's CAD and PLM work: Creo and Siemens NX assemblies with GD&T, SAP engineering change notices at Siemens, and Teamcenter PLM workflows.
Aaryan Lath's multidisciplinary design optimization work: a modular MDO framework for electric aircraft accepted to AIAA Aviation 2026, plus graduate AAE 550.
Aaryan Lath's systems engineering: requirements at Siemens and Purdue Space Program, RETHi safety trade studies, and managing an AAE 418 suborbital experiment.
Aaryan Lath's advanced air mobility work: a LuftCar eVTOL venture, distributed electric propulsion, urban air mobility safety study, and electric-aircraft MDO.
How Aaryan Lath applies aerodynamics and CFD: Ahmed body simulations in AAE 412, SAE Aero wind tunnel campaigns, and turbofan CFD analysis at Purdue.
Aaryan Lath aircraft design: leading Purdue SAE Aero competition aircraft as Chief Engineer, plus XFLR5 wing analysis, DBF and AAE 251 lunar mission design.
Aaryan Lath's aerospace propulsion work: distributed electric propulsion survey in AAE 339, UAM propulsion-safety research, and turbofan bypass ratio analysis.
Aaryan Lath's aerospace structures work: CubeSat structural design in Fusion 360, RETHi vibration-isolation FEA, Vectran tensile testing, and GD&T mechanisms.
How Aaryan Lath works in post-quantum cryptography: cofounder and CFO of CryptiQ, whose product migrates a company's encryption to NIST standards.
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