EM Simulation & Modeling

MWI provides world-class Computational Electromagnetics (CEM) services to eliminate uncertainty in material design. We utilize high-performance computing to simulate the complex interaction between electromagnetic fields and advanced materials, providing a “Simulation-First” roadmap for every project.

High-Performance Computing (HPC) Infrastructure

We maintain a massive computational overhead to solve the industry’s most memory-intensive EM problems:

  • 2TB RAM Workstation: Configured to handle the massive matrix inversions required for electrically large problems and high-density meshes.
  • Dual HPC Acceleration: Parallel processing that reduces “Time-to-Solution” from days to hours, allowing for rapid design iterations.

Multi-Solver Physics

  • Ansys HFSS (FEM): Industry-standard frequency-domain analysis for high-precision component design and antenna pattern optimization.
  • Proprietary FDTD Solvers: Our “home-brew” Finite-Difference Time-Domain codes for specialized transient analysis and wave propagation through dispersive media.
  • Virtual Prototyping: We create a Digital Twin of your setup to predict performance and boundary interference with absolute mathematical certainty.