About Me
I'm an aerospace engineer with a strong foundation in aerodynamics, structural analysis, and advanced manufacturing techniques. Currently pursuing my Master's degree, I combine theoretical knowledge with hands-on engineering experience to solve complex aerospace challenges.
My work spans computational fluid dynamics, unsteady load analysis, and precision CAD modeling. I'm passionate about pushing the boundaries of aerospace design through rigorous analysis and innovative problem-solving approaches.
With expertise in both analysis and fabrication—from CFD simulations to 3D-printed prototypes—I bridge the gap between theoretical models and physical realization.
Featured Projects
Unsteady Loads Analysis of BB2 Submarine Sail
Capstone ProjectAnalysis Methods
- Computational Fluid Dynamics (CFD)
- Unsteady flow simulation
- Pressure distribution mapping
- Time-domain load analysis
- Vortex shedding characterization
Key Objectives
- Quantify dynamic load variations
- Identify critical load scenarios
- Analyze flow separation patterns
- Evaluate structural implications
- Optimize sail geometry
Technical Focus
- Turbulence modeling
- Boundary layer analysis
- Pressure coefficient evaluation
- Load frequency spectrum
- Maneuvering conditions
Full-Scale F1 Car Design & Fabrication
Independent ProjectDesign Components
- Monocoque chassis structure
- Front & rear wing assemblies
- Sidepod aerodynamics
- Suspension geometry
- Diffuser & floor design
CAD Workflow
- Advanced surface modeling
- Assembly management
- Parametric design approach
- Design for manufacturing (DFM)
- Multi-part integration
Manufacturing
- 3D printing optimization
- Support structure planning
- Layer resolution selection
- Post-processing techniques
- Assembly & finishing