Focused on structural analysis, mechanical design, and building solutions that make sense beyond the model.
About Me
I am an aerospace engineering graduate drawn to the way structures behave, how components interact, and how good design performs under real conditions.
At Bombardier, I worked on static structural assessments of primary aircraft components, building finite element models and validating results through hand calculations. Beyond industry experience, I have developed design projects involving rotor mechanisms and structural airframes, with a focus on load paths, assembly integration, and manufacturability from the start.
I am especially interested in work that sits between design and analysis, where structural reasoning does more than verify a concept. It helps shape it.
Technical Skills
Design & CAD Engineering
Parametric 3D Modeling
DFM & tolerance stack-up
Engineering drawings with GD&T
Structural Analysis
Linear static & buckling FEA
GFEM & submodeling
Stress reports
Data & Project
Project tracking & workflow coordination
Data reporting & analysis
Controlled documentation & records management
Computational Tools
Data analysis & automation
Numerical Modeling
Object-Oriented Programming Fundamentals
My Projects
CATIA V5 • SOLIDWORKS • (FEA)
Quadcopter Drone Design & Prototype
Designed a complete quadcopter platform from scratch, performed structural analysis under thrust loading, optimized the frame, and validated the prototype through assembly and flight.
Designed and prototyped a servo-driven tilt-rotor mechanism for a hybrid VTOL aircraft to enable controlled transition between hover and forward flight.