CFD, design, engineering, management.
Skills drawn from applied aerodynamics, CAE tooling, validation, automation, and team leadership. Tap any skill to see where it was applied.
CFD Aerodynamic Analysis
Grid paradigms, fidelity choices, validation, convergence, and aerodynamic interpretation.
- High masteryGrid refinement
- High masteryPre-processing
- Active skillsetModel stability
- High masteryTurbulence models
- High masteryRANS / URANS / scale resolving
- Active skillsetDatabase generation
- Prior skillsetSurrogate modeling
- Active skillsetWind-tunnel data extraction
- Active skillsetLarge data processing
- High masteryCFD data analysis
- High masteryConvergence analysis
- High masteryCode-to-code verification
- High masterySolution validation
- Active skillsetWind-tunnel corrections and effects
- Prior skillsetKulite power spectral density analysis
- Prior skillsetPressure probes
- Active skillsetFlow visualization techniques
- High masterySensitivity analysis
- High masteryGrid convergence study
Design
Requirements, constraints, sizing, trades, and iterative aerospace design decisions.
Engineering
Automation, compute, reporting, workflow quality, and problem solving across programs.
- Active skillsetMDO
- Active skillsetResults reporting
- High masteryAerodynamic intuition
- High masteryDevelopment of best practices
- Active skillsetWork prioritization
- Active skillsetHigh performance compute
- High masteryScripting
- High masteryAutomation
- Active skillsetError mitigation
- High masteryProblem solving
- Active skillsetIdeation
Management
Leadership, mentoring, planning, scheduling, and multidisciplinary coordination.