AI-Powered Electric Motor Design Platform
Design, simulate, and optimize Switched Reluctance Motors (SRM) with AI. From inductance heatmaps to torque curves — visualize every aspect of your motor design with Manim-powered animations. FEM analysis, thermal modeling, and machine learning accelerate motor design from weeks to hours.
No manual FEM setup. No weeks of iteration. Just results.
Set poles, phases, dimensions, materials, and operating conditions for your SRM design.
Automated finite element simulation computes inductance profiles, flux density, and core losses.
ML-driven parameter sweep finds optimal geometry, turn-on/turn-off angles, and control strategy.
Generate Manim animations, PDF reports with heatmaps, and export data for manufacturing.
Everything motor designers need to go from concept to optimized design, without expensive commercial tools.
Purpose-built for Switched Reluctance Motors. AI optimizes stator/rotor geometry, pole arcs, air gap, and winding configuration for maximum torque density.
Predict hot spots before they happen. Coupled electromagnetic-thermal simulation ensures your design stays within temperature limits under all operating conditions.
Visualize inductance variation across rotor positions and current levels. Interactive heatmaps reveal saturation zones and optimal operating regions.
Complete torque-speed characteristic curves. See instantaneous torque ripple, average torque, and power factor across the entire operating envelope.
Motor Reference Design System with component matching, SPICE netlists, risk analysis, and compatibility validation. From schematic to validated drive circuit.
14 scene types powered by Manim: inductance heatmaps, torque curves, flux density, motor cross-sections, efficiency maps, and animated rotor motion.
Built with modern engineering tools
Get your first motor simulation running in under 15 minutes.
Specify poles, phases, outer diameter, stack length, air gap, and winding turns. Or choose from reference designs.
Avartan runs FEM simulations, computes inductance maps, torque curves, and thermal profiles automatically.
Explore interactive visualizations, compare design variants, and export reports with animations for stakeholders.
Sprints completed
Manim scene types
Motor parameters
Real-time FEM
Every motor characteristic rendered as publication-quality animation.
L(theta, i) surface plot showing inductance variation across rotor position and current level with saturation regions.
Torque-speed envelope with instantaneous ripple, average torque, and power factor visualization.
Hysteresis and eddy current losses mapped across operating points. Identify efficiency sweet spots.
Animated rotor/stator cross-section with flux lines, winding layout, and phase excitation sequence.
B-field distribution animation showing magnetic flux paths through stator yoke, teeth, and air gap.
Contour plot of motor efficiency across the torque-speed plane. Find the peak efficiency island for your application.
End-to-end pipeline from motor specifications to exportable reports and animations.
Structured for fast iteration and full traceability.
Purpose-built for SRM design with AI, at a fraction of the cost.
| Feature | Avartan | ANSYS Motor-CAD | JMAG | FEMM |
|---|---|---|---|---|
| Price | Free / Affordable | $25,000+/yr | $15,000+/yr | Free (OSS) |
| AI Optimization | Built-in ML | Limited | None | None |
| SRM Specialization | Purpose-built | General purpose | General purpose | General purpose |
| Visualization | Manim animations | Static plots | Static plots | Basic 2D |
| Learning Curve | Minutes | Weeks | Weeks | Days |
| Thermal Coupling | Integrated | Integrated | Add-on | None |
| Report Generation | Auto PDF + Video | Manual export | Manual export | None |
Run FEM simulations on cloud GPU clusters. Parallel parameter sweeps that would take days on a laptop, done in minutes.
Compare SRM, BLDC, and induction motor designs side-by-side. Automated trade-off analysis across efficiency, cost, and weight.
Direct export to SolidWorks, Fusion 360, and STEP format. Manufacturing-ready geometry from simulation parameters.
Building the most comprehensive open motor design platform.
14 Manim scene types, FEM-based inductance/torque computation, Circuit Forge MRDS, PDF report generation with embedded animations.
Coupled thermal simulation, web-based design interface, interactive parameter tuning, and real-time result preview.
Acoustic noise prediction, vibration analysis, structural stress simulation, and electromagnetic-mechanical co-design.
GPU-accelerated cloud FEM, collaborative design workspace, version control for motor designs, and CAD export.
Everything you need to know about Avartan.
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