COMSOL Electromagnetics Simulation Setup
Budget: ₹100 – ₹400 INR
I’m looking for an experienced COMSOL user who can build and fine-tune an Electromagnetics simulation from the ground up. The specific application and performance targets will be clarified once we begin, but the core task remains the same: translate my technical notes into a fully parameterised COMSOL Multiphysics (.mph) model that runs smoothly and produces credible field results.
Here’s what I need from you:
• Set up the Electromagnetics physics interface with the appropriate study steps, material properties, boundary conditions and mesh strategy.
• Run initial solves and iterate until the results behave consistently.
• Supply the final .mph file along with a concise write-up of key settings, assumptions and plots so I can reproduce or extend the study myself.
I have access to the latest COMSOL licence, so you’re free to take advantage of features such as parametric sweeps, frequency-domain studies, or built-in post-processing tools as you see fit. Solid understanding of Maxwell equations in COMSOL, meshing best practices, and result validation is essential.
If you’ve tackled similar Electromagnetics problems before—antenna design, electrostatics, wave propagation or otherwise—please let me know; that background will help us hit the ground running. Looking forward to working together and getting accurate, actionable simulation data.
Here’s what I need from you:
• Set up the Electromagnetics physics interface with the appropriate study steps, material properties, boundary conditions and mesh strategy.
• Run initial solves and iterate until the results behave consistently.
• Supply the final .mph file along with a concise write-up of key settings, assumptions and plots so I can reproduce or extend the study myself.
I have access to the latest COMSOL licence, so you’re free to take advantage of features such as parametric sweeps, frequency-domain studies, or built-in post-processing tools as you see fit. Solid understanding of Maxwell equations in COMSOL, meshing best practices, and result validation is essential.
If you’ve tackled similar Electromagnetics problems before—antenna design, electrostatics, wave propagation or otherwise—please let me know; that background will help us hit the ground running. Looking forward to working together and getting accurate, actionable simulation data.