Solutions... (experimental Stage)

Optimisations & Solvers...

Our understanding of advanced technologies and computational complexities, we are able to navigate the most challenging design problems, delivering solutions that are both elegant and effective.

PBDL

experimenting Projects:
    1. Turbine vane & blade optimisations


Theory Based Machine Learning...

The team QUBITOR melds the principles of physics with the power of machine learning to craft optimal design solutions. Using cutting-edge physics-based Deep Learning algorithms, we are able to innovate and optimize like never before, pushing the limits of engineering possibilities

PBDL

experimenting Projects:
    1. Flexural element behaviour in nanopositioning systems
    2. Failure analysis of the docked marine engine

An article by Hilaal ALAM in Medium on Deep Learning: Conventional vs Differential Physics

Candidates having a good expertise and experience in one of the following fields can send us their resume.

  • Finite Element Analysis (CalculiX / Elmer)
  • Computational Fluid Dynamics (OpenFOAM)
  • Physics Based Deep Learning (Python)
  • Quantum Algorithm


  • Contact:
    qubitor.labs@gmail.com
    info@qubitor.com