Hybrid Metal Matrix Composite
Aircraft Wing Surface Modification

Mechanical design engineer building hardware where CAD and FEA meet. MS Aerospace, University at Buffalo. Currently looking for full-time roles in aerospace and robotics hardware.
The work I'm proudest of sits where geometry has to change because the stress concentrations told you to — not because the spec changed.
I'm a mechanical design engineer finishing an MS in Aerospace at the University at Buffalo. Day-to-day, I live in SolidWorks, CATIA V5, Fusion 360, AutoCAD, and Autodesk Inventor — turning concepts into production-ready parts through tight CAD–FEA loops in ANSYS Workbench for structural, thermal, and modal validation.
I'm comfortable owning a part from sketch to validated assembly: parametric modeling, multi-body assemblies, surface and sheet-metal workflows, drawings with full GD&T, and DfM-driven material and tolerance trade-offs. My background spans UAV airframes, CubeSat structures, metal-matrix composite wings, miniaturized strain sensors, and pneumatic radial engines — different scales, same engineering loop.
I work best inside cross-functional teams — partnering with simulation engineers on FEA handoffs, with manufacturing on tolerance reviews, and with electronics teams on avionics integration. Reliable in iteration, direct in design reviews, and focused on shipping hardware that has to survive a real load case.
An MS in Aerospace at the University at Buffalo, a B.Tech from Karunya, and six internships spanning UAV airframes, CubeSat structures, propulsion research, composite wings, and engine assemblies.
MS · Aerospace Engineering
B.Tech · Aerospace Engineering
Project Intern
Propulsion System Intern
Mechanical Project Simulation Intern
AutoCAD / Mechanical Design Intern
Campus Ambassador
Satellite Design Intern
Aircraft Wing Surface Modification
Infant Respiratory Monitoring
Aluminum-Extrusion Frame & FEA Validation
Pneumatic Assembly · 20+ Mating Parts
Frame Design & Launch-Load Validation
Avionics Integration & Airframe Design
Buffalo, New York
42.8864° N — 78.8784° W
Full-time mechanical / hardware engineering roles in aerospace, automotive, robotics, and consumer hardware. Open to relocation.