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Aerospace & Defense Engineering Solutions

Micron-accurate aerodynamic surface modeling, composite layup tracking, and AS9100 compliance workflows.

Aerospace & Defense

Precision CAD Automation for Flight-Critical Structures

Aerospace engineering tolerates zero variance. Surface continuity, weight optimization, and certified materials traceability are paramount.

SSK Innovations assists tier-1 aerospace contractors and propulsion system suppliers with high-order Class-A surface geometry engines, automated aerofoil curve lofting, and localized Matplus EDA materials qualification databases.

Discuss Defense & Aerospace Projects
Aerospace Turbine CAD & Aerodynamic CFD Simulation

Airfoil & Blade Lofting Engines

Direct mathematical curve fitting from aerodynamic coordinate tables (NACA, custom CSV) into G2/G3 continuous 3D blade solids.

AS9100 Drafting & PMI Automation

Automate 3D Product & Manufacturing Information (PMI), Geometric Dimensioning & Tolerancing (GD&T), and First Article Inspection (FAI) reports.

High-Temp Alloy & Composite Data

Matplus EDA materials tracking for Nickel-based superalloys, Titanium grades, and carbon-composite cure and degradation curves.

Aerospace Compliance & Engineering Rigor

  • ✔ Model-Based Definition (MBD): Fully annotated 3D CAD models eliminating redundant 2D paper drawings.
  • ✔ Parametric Weight Reduction: Algorithmic lattice and pocket milling tool generation for aerospace ribbing.
  • ✔ Export to High-Fidelity Solvers: Direct mesh output for ANSYS, Nastran, and Siemens Simcenter 3D.
  • ✔ Strict Version Auditing: Automated PLM change trace recording for FAA and EASA certification packs.
  • ✔ Thermal Expansion Modeling: Multi-physics material response evaluation under extreme flight thermal gradients.
  • ✔ IP Security & Protection: Air-gapped custom macro deployment options for classified defense programs.