Service
Scientific Python and Optimisation for Research
Build reproducible scientific-Python and optimisation workflows with explicit objectives, constraints, validation checks and documented assumptions.
Read more →Engineering and computational research support in Iran
Practical English guidance for modelling, simulation, optimisation and scientific computing in research projects. The English section has its own topic strategy rather than translating the Persian site page by page.
TezaGah English focuses on the reasoning around computational research: defining the model, documenting assumptions, choosing numerical methods, checking convergence and interpreting results in relation to the research question.
This English section is an independent editorial property. It targets English-language research intent around engineering simulation, modelling, optimisation and scientific computing rather than translating Persian pages mechanically.
Focused support
Service
Build reproducible scientific-Python and optimisation workflows with explicit objectives, constraints, validation checks and documented assumptions.
Read more →Service
Structure and review MATLAB or Simulink research models with explicit assumptions, reproducible calculations and defensible interpretation.
Read more →Service
Review an ANSYS CFD research workflow from physical assumptions and mesh strategy to convergence evidence and interpretation.
Read more →Service
Review finite-element modelling choices in Abaqus with attention to elements, materials, contacts, loads, mesh sensitivity and numerical behaviour.
Read more →Service
Structure and review coupled-physics research models in COMSOL with traceable equations, interfaces, boundary conditions and solver choices.
Read more →Independent English editorial strategy
The first English guides are being prepared.
Ask for guidanceThe English topic map focuses on MATLAB and Simulink, ANSYS and CFD, Abaqus and FEA, COMSOL, optimisation, numerical modelling and scientific Python where those topics fit real search demand.
Simulation and computational results are only meaningful when assumptions, boundary conditions, numerical settings and validation limits are documented clearly.
Need a clearer next step?
Include the field, model or software, current stage, available data and expected output.