CAE software development


  • HI-fidelity CFD (Virtual testing, LES)
  • Aeromechanical design
  • Multidisciplinary optimization
  • Complex system solutions

  • CAD tools
  • Meshing programs
  • Pre and Post-processing
  • Integrated design system
  • Optimization tools

  • Cluster and server equipment
  • Installation and maintainance of HPC cluster
  • Commercial and Open-source software
  • Cloud computing
  • Rental core/hour

Advanced aerodynamic design

Morfo Design develops and optimizes aerodynamic components for any applications, from turbomachinery to sports, from energy to renawables. The design approach leverages the deep knowledge of the basics physical mechanisms that drive the aerodynamic behaviour, as well as the most advanced CFD tools (Star-ccm+, ANSA, Openfoam, Paraview)  and in-house developed code, to bring innovative solutions. 


  • Turbomachinery
  • Fans & Pumps
  • Racing cars
  • Aero bikes

CAE software development

Besides exploiting the most advanced commercial software, Morfo Design has a long-date experience on codes development, both in the fields of CFD and optimization. This allows us to offer the services of maintenance and development of proprietary software for any purposes.


  • Geometrical parametrization and CAD tools
  • Pre- and post-processing scripts
  • Preliminary design

Optimization environment

Morfo Design ha a solid background in multidisciplinary optimization problems. We are able to face challenging problems, with large and highly constrained design spaces,  leveraging an Advanced Design System guided by artificial intelligence algorithms. 

In-house and open-source tools:

  • Artificial Neural Networks
  • Support Vector Machines
  • Evolutionary algorithms
  • Searching algorithms

HPC - High Performance Computing

Nowadays, it’s impossible to perform aerodynamic CFD designs without the support of powerful HPC infrastructures. Over the years, Morfo has equipped itself with significant CPU and GPU computing power to achieve exceptional results in very short times. The daily challenges involve using the most modern architectures to conduct LES calculations with millions of computational cells and multiphase URANS. Current HPC resources

  • 3456 cores AMD 9454
  • 512 cores AMD 7452
  • 20TB RAM
  • 500TB storage