Building a Scalable Electromagnetic Simulation Ecosystem

Engineering teams are being asked to simulate faster, larger, and more complex systems, but traditional electromagnetic (EM) workflows are struggling to keep up.

Traditional approaches often create bottlenecks:

• Long simulation runtimes slow decision-making
• Model simplifications limit accuracy
• Disconnected workflows delay development cycles

To address these challenges, Electro Magnetic Applications, Inc. (EMA) has expanded its capabilities through strategic collaborations with NVIDIA and Ansys, Part of Synopsys, bringing together high-performance computing, advanced simulation tools, and proven engineering expertise.

Key Benefits of Accelerated Electromagnetic Simulation

These partnerships deliver immediate, tangible benefits by enhancing simulation fidelity, computational efficiency, and workflow integration:

• Faster simulation turnaround, reducing runtime from days or weeks or hours
• Ability to simulate larger, more complex systems without oversimplification
• Reduced development time and costs through optimized workflows
• Access to advanced tools, automation, and best practices from industry leaders
• Seamless integration across simulation, testing, and design processes

Together, these enhancements enable engineers to move faster, make better decisions, and deliver more reliable products.

GPU-Accelerated Electromagnetic Simulation and AI Workflows

EMA’s participation in the NVIDIA Inception program establishes a powerful foundation for high-performance computing acceleration and AI-enabled simulation workflows.  

This collaboration provides access to:

• GPU-accelerated compute architectures optimized for large-scale EM solvers
• AI/ML frameworks and development toolkits for workflow automation and model optimization
• A global ecosystem of technical resources, developer support, and domain expertise

By combining EMA’s EM modeling expertise with NVIDIA’s accelerated computing technologies, you can:

• Simulate large-scale systems without reducing model fidelity
• Reduce simulation turnaround time dramatically through parallelized, GPU-based computation
• Enable system-level EM analysis that was previously impractical due to compute limitations
• Implement AI-driven automation pipelines to streamline model setup, parameter sweeps, and design space exploration  

As a result, EM simulation evolves from a batch-oriented, post-processing step into a real-time, iterative component of the engineering design loop, enabling faster convergence, improved design validation, and increased confidence in system-level performance.

End-to-End Electromagnetic Engineering Solutions  

Through its inclusion in the Ansys Services Partner Network, EMA enhances its capability to deliver integrated, end-to-end engineering solutions spanning simulation, testing, and validation.  

This collaboration provides direct access to:

• EMA’s specialized consulting, test, and measurement expertise in advanced EM effects and environments
• Validated engineering methodologies developed on industry-standard Ansys simulation platforms including Ansys EMC Plus, Ansys Charge Plus, and Ansys STK Shield Plus
• Multiphysics simulations toolsets enabling analysis across coupled electrical, thermal, and electromagnetic domains

From a program execution perspective, this enables:

• Accelerated development cycles though streamlined, simulation-driven workflows
• Reduced total program cost by minimizing late-stage design changes and iterative rework
• Access to domain-specific expertise for solving complex EM phenomena, including EMI/EMC, HIRF, EMP, and space environment effects
• Closed-loop simulation-to-validation processes, integrating modeling, testing, and measurement for continuous verification

Supported by decades of experience across aerospace, automotive, electronics, and defense applications, EMA delivers physics-based, high-fidelity solutions that are both technically rigorous and aligned with real-world performance and certification requirements.

Accelerated Workflows, AI Integration, and Real-World Validation  

Together these partnerships create a high-performance EM simulation and analysis ecosystem.

• NVIDIA→ GPU-accelerated computing and AI-enabled workflows
• Ansys→ Mulitphysics simulation platforms and integrated engineering workflows
• EMA→ Domain expertise, model development, and implementation

Resulting capabilities:

• Scalable, production-ready simulation workflows
• Faster iteration cycles and design optimization
• Improved confidence in system-level performance
• A seamless path from simulation to real-world validation

Rather than isolated tools, this ecosystem provides a fully integrated, end-to-end digital engineering environment that unifies simulation, data, and validation. By aligning with NVIDIA and Ansys, EMA is positioned to help customers meet those demands, turning increasingly complex EM challenges into manageable, scalable solutions.

Ready to accelerate your EM simulation workflows? Contact EMA now to:

• Request a demo to explore GPU-accelerated simulation
• Connect with EMA experts to discuss your specific challenges
• Discover how integrated simulation, consulting, and testing can help you move faster