Antonius P.

I help engineering teams, hardware startups, and researchers validate designs before they become expensive physical prototypes — using finite element analysis and multiphysics simulation to catch structural, thermal, and material failures early in the design cycle. CORE SIMULATION SERVICES: ✅ Structural Analysis (static, fatigue, stress concentration) ✅ Thermal Analysis (steady-state, transient, thermal-structural coupling) ✅ Multiphysics Simulation (electro-thermal, thermo-mechanical coupling) ✅ Material Behavior & Failure Analysis (fatigue life, thermal stress, material selection based on simulated load conditions) ✅ Mesh convergence studies & result validation — every model is verified, not just visually "solved" WORKFLOW: I build parametric geometry in Fusion 360 / Autodesk Inventor, then run physics-based validation in COMSOL Multiphysics (v5.x). This means your design isn't just simulated once — I iterate: simulate → identify weak points → refine geometry → re-validate, until the design meets your performance target. BACKGROUND: Mechanical engineering background with specialization in materials physics and engineering. I approach every simulation with an understanding of the underlying material behavior — not just running default solver settings, but interpreting whether the physics setup actually reflects your real-world conditions. DELIVERABLES: Every project includes a clear simulation report: methodology, boundary conditions, mesh quality summary, results with annotated plots, and engineering recommendations — not just a raw .mph file. Send me your CAD geometry or design challenge, and I'll walk you through how I'd approach the physics validation.