• Massive weight savings on composites instead of metal to create more light-weight and fuel-efficient aircraft
  • Weight reduction for space vehicles to achieve payload targets
  • Reduce number of joints and complex fittings in overall assembly
  • Achieve higher strength-to-weight ratio through advanced material modeling
  • Organization of production and assembly processes
  • Digital control systems allow pilots to make quick decisions
  • Gyroscope, pressure gauge, altimeter signal processing
  • Easier and smoother maneuver
  • Inside air pressure and thermal management
  • External aerodynamics and shape optimization
  • Fluid flow calculations for valves, pumps, pressure-regulating devices
  • Fuel consumption and emission control
  • KAIZENAT offers a comprehensive solution for all design and validation challenges faced by Aerospace Industry.

  • Composite structures
  • Rotor Dynamics
  • Aero-thermal analysis
  • Jet engine propulsion
  • Landing Gear
  • Avionics
  • Aero-acoustics
  • Failure analysis
  • Blade containment
  • Bird strike

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