Hire Fortran Programming Designers in Italy

Computational physicist and R&D scientist with a PhD in Physics and 10+ years of experience applying numerical modeling, FEM/CFD simulations, and machine learning to complex real-world problems. I spe... Read more

Computational physicist and R&D scientist with a PhD in Physics and 10+ years of experience applying numerical modeling, FEM/CFD simulations, and machine learning to complex real-world problems. I specialize in turning physics-based models into robust, efficient, and well-documented computational solutions. My work spans heat transfer and thermal systems, multiphysics simulations (Ansys, COMSOL), and AI-accelerated modeling, including Physics-Informed Machine Learning and surrogate models to reduce simulation time without sacrificing physical accuracy. I also develop custom Python-based tools and software interfaces that automate and extend commercial solvers. I am highly comfortable working at the intersection of science, engineering, and software, and I place strong emphasis on clear communication, documentation, and reproducible workflows. Whether you need advanced simulations, data-driven modeling, or technical content that bridges theory and implementation, I deliver precise, reliable results. Core skills: FEM/CFD · Ansys · COMSOL · Python · Machine Learning · Physics-Informed ML · Heat Transfer · Scientific Computing · Technical Documentation

WE SUPPORT COMPANIES OPERATING IN THE FIELD OF VEHICLES, INDUSTRIAL MACHINES AND THEIR COMPONENTS. WHO WE AREA We are a company dedicated to services in the area of mechanical engineering, working w... Read more

WE SUPPORT COMPANIES OPERATING IN THE FIELD OF VEHICLES, INDUSTRIAL MACHINES AND THEIR COMPONENTS. WHO WE AREA We are a company dedicated to services in the area of mechanical engineering, working with industrial machinery design, product development and structural analysis. We have over 15 years of experience in product design and technical knowledge acquired in industry and academia over the years. HOW WE WORK We help with the transformation of an existing product or the creation of a new one. Research for innovation, combined with the goal of keeping costs down, enables the creation of a more competitive product. - We work in partnership with your engineering in machinery and equipment design; - We help you develop your product with confidentiality; - We support your company in the conceptual phase of product development; - We do structural analysis using numerical analysis; - We design and calculate hydraulic components. Numerical analysis services are performed using commercial tools based on the Finite Element Method (FEM), Open source tools and internally developed codes. Analyses we can do: - Static - linear and non-linear - Modal analysis, frequency response and PSD - Flambagem - Fatigue Crane analysis: - Structural analysis of cranes (Forest cranes, Knuckleboom crane and aerial device) following requirements of EN 13001 (part 1, 2 and 3); - Structural analysis of lifting devices following current standards; - Structural analysis of construction cranes.

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.