Hire the Best COMSOL Multiphysics Specialists

I specialize in developing high-fidelity simulation models and computational solutions for complex engineering challenges. With expertise spanning multiple physics domains, I deliver accurate, efficient models that drive innovation and optimize performance. My approach combines rigorous engineering principles with practical problem-solving. I excel at translating complex physical phenomena into actionable computational models, whether optimizing existing designs or developing novel solutions from the ground up. Let's discuss how simulation and modeling can advance your project. I respond promptly to all inquiries. Core Capabilities: ✅ COMSOL Multiphysics modeling ✅ Machine learning, digital twins and standalone simulation applications ✅ Design optimization and numerical analysis ✅ Python and MATLAB development ✅ Standalone simulation application development ✅ Electromagnetic, heat transfer, and fluid dynamics (CFD) ✅ Ray and wave optics, RF ✅ Structural mechanics, acoustics, and chemical processes

I am an Electrical Engineer specializing in 2D and 3D modeling as well as COMSOL Multiphysics simulations with precise analysis and results. My expertise lies in silicon photonics, electromagnetic, CFD, structural mechanics, acoustics and thermal analysis simulations. With the analysis, I will also provide the standalone applications of the models. The following provides a summary of the work I have done: 1- Transformer design and analysis in COMSOL. 2- Capacitance rain gauge 3D design in COMSOL to estimate average rainfall in the UK. 3- Displacement and temperature analysis of V shaped and Yagi UDA antennas when exposed to laser. 4- Thermal analysis of solar panels with different composites. 5- 3D modelling of two Helmholtz resonator arrays and acoustic analysis. 6- Acoustics analysis of 3D Panels to assess their sound diffusion characteristics. 7- Phase change and Joule heating simulation of the switch to assess the degree of phase shift. 8- Swelling, Creep, Curing, Stress and Fatigue analysis on disc and joint of the human body in COMSOL. 9-Performed 2D steady-state RANS CFD simulation in COMSOL Multiphysics on a three-element high-lift airfoil configuration comprising a leading-edge slat, main element, and trailing-edge flap, using the standard k-ε turbulence model. Conducted a parametric sweep across angle of attack (α = 0°–20°) and five flap deflection angles (β = 0.5°–20°) to generate lift coefficient (CL), drag coefficient (CD), and CL/CD polars. 10-Developed a 2D transient fluid-structure interaction (FSI) simulation in COMSOL Multiphysics of a fixed D-shaped bluff body with two flexible trailing plates, fully coupled using the k-ω turbulence model, solid mechanics, and an ALE moving mesh framework to capture time-dependent structural deformation, filament tip displacement, and drag coefficient (CD) under unsteady airflow. I have extensive experience of following analysis: → Finite Element Analysis (FEA) → CFD → Electrochemistry → Standalone simulation application development → Acoustics Analysis → Waveguides and silicon photonics. → Electromagnetics → AC/DC (Electric Field) → Electrostatics → Electro Mechanics → Structural Mechanics (Stress, Creep, Swelling, Fatigue and Strain) → Electroporation Modeling → Biomedical experiments and analysis → Thermal Analysis → Ray Optics (Curing analysis and laser implementation). Thank you for taking the time to read my profile. Feel free to contact me anytime to explore how we can collaborate. Cheers, Subhan

I help businesses and engineers turn concepts into validated, high-performance designs through simulation-driven engineering. My work focuses on delivering practical, reliable, and cost-effective solutions using Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Python scripting, and advanced product design tools. Whether you need to optimize a design, automate repetitive workflows, troubleshoot performance issues, or validate a concept before manufacturing, I provide end-to-end engineering support; from automated model setup and simulation to result interpretation and actionable insights. My approach is strictly solution-oriented: identify the problem, apply the right simulation strategy, and deliver clear, decision-ready outcomes. With hands-on expertise in ANSYS, COMSOL, Abaqus, and SolidWorks, backed by Python automation, I ensure that every project is not just analyzed, but improved.

Mechanical engineer with expertise in SolidWorks, 3D Printing, ANSYS, COMSOL, and Arduino programming. Holds a degree in mechanical engineering. Proven track record of successful projects, demonstrating a blend of theoretical knowledge and hands-on experience. Excels in precision design and simulation. Let's discuss how my skills can contribute to your project's success.

Building custom numerical solvers for electromagnetic, fluid, and structural problems — from geometry and mesh generation through sparse matrix assembly to validated field outputs. Current focus: a 2D magnetostatic FEM solver in C++ for a permanent-magnet motor (outrunner topology), built from scratch using GMSH 4.15 (OCC kernel) and Eigen for sparse linear systems. Target validation: B-field distribution against analytical airgap flux density. Stack: C++17/23 · GMSH · Eigen · CMake · Linux/WSL · Neovim/clangd Domains: Electromagnetics · Magnetostatics · FEM · Numerical Methods Background: BE Aeronautical Engineering · 4.5 years engineering software development · government-sponsored undergraduate research in BLDC motor FEM design and ducted propeller BEM analysis

CFD and FEA consultant with post-doctoral research experience and 15+ publications in peer-reviewed journals. I run simulations from CAD cleanup through meshing, solving, and post-processing, and deliver results with clear reports and animations. Can handle complex and multi-disciplinary projects. Applications: - HVAC, ventilation, and indoor air quality - Heat transfer and thermal management (heat exchangers, cold plates, data centers) - Turbomachinery and aerodynamics - Multiphase flow (free-surface, particle-laden, droplet dynamics) - Adjoint-based design optimization (DAFoam, Dakota) - FEA structural and thermal-structural analysis - Far-UVC pathogen modeling and disinfection Interested in and exploring AI/ML integration with CFD workflows (surrogate modeling, physics-informed approaches). Tools: - CFD: OpenFOAM, Ansys Fluent, Basilisk, CONVERGE - FEA: Code_Aster, Calculix, Elmer, Abaqus - CAD/Meshing: Blender, FreeCAD, Gmsh, snappyHexMesh - Post-processing: ParaView, Python, Blender - Programming: Python, C/C++, Fortran, MATLAB I have my own high-performance compute server, so simulations run on my hardware with no cloud costs passed to you.