Hire Fortran Programming Designers in India

Final-year Mechanical Engineering (B.Tech) student with a focus that goes past standard coursework FEA — I write and debug custom Abaqus material subroutines (UMAT) in Fortran, not just run built-in m... Read more

Final-year Mechanical Engineering (B.Tech) student with a focus that goes past standard coursework FEA — I write and debug custom Abaqus material subroutines (UMAT) in Fortran, not just run built-in models. Recent work: reviewed and debugged a coupled thermomechanical shape-memory-alloy (SMA) constitutive UMAT — catching an incorrect transformation-strain direction tensor (causing ~18% underprediction), a memory-safety issue when NTENS ≠ 6, a missing corotational rotation of tensor state variables, and a secant-vs-consistent-tangent stiffness problem. I also build Python tooling for inverse material-parameter identification (Gauss-Newton / Levenberg-Marquardt refinement against nanoindentation and tensile-test data), and I'm developing my own browser-based FEA/material-characterization platform on the side — this is an active interest, not a one-off skill. What I take on: nonlinear implicit/static analysis, custom material model (UMAT/USDFLD) development, Abaqus Python scripting for parametric or repetitive workflows, and material-parameter identification from experimental test data. Happy to start with a smaller, well-scoped task first so you can evaluate the work before a bigger commitment.

Proficient with solving heat transfer, thermodynamics, machine learning, atomistic level material science problems

Proficient with solving heat transfer, thermodynamics, machine learning, atomistic level material science problems

I have a team of experienced mechanical and FEA/CAE engineers with 30+ years of combined engineering experience, providing advanced simulation and engineering solutions for industrial clients worldwid... Read more

I have a team of experienced mechanical and FEA/CAE engineers with 30+ years of combined engineering experience, providing advanced simulation and engineering solutions for industrial clients worldwide. Our team specializes in Abaqus, ANSYS, and COMSOL, covering structural, nonlinear, thermal, dynamic, fatigue, fracture, composite, multiphysics, and geotechnical simulations. We also have strong capabilities in developing custom Fortran UMAT/VUMAT subroutines, Python automation scripts, and advanced material models for complex engineering problems. Our engineers have extensive experience in pressure vessels, composite structures, steel structures, heavy machinery, wind turbine components, additive manufacturing, high-temperature applications, and simulation-driven design. We have delivered projects involving thermo-mechanical optimization, structural optimization, composite material modeling, fatigue and damage analysis, and advanced numerical simulation. Our broader engineering capabilities also include process engineering, P&ID development, equipment design, process integration, and turnkey industrial projects. Our team has provided FEA/CAE consulting and technical training for international companies and leading universities, including NASA, Intel, BMW, Ford, Hyundai, MIT, Oxford, TU Delft, KAIST, and other research institutions. We are available for remote engineering projects involving FEA/FEM, Abaqus simulation, advanced material modeling, Fortran subroutine development, Python automation, optimization, and complex industrial simulation.