Electrical Machinery

Advanced Electric Machine Design and Simulation Services

We deliver high-fidelity design and simulation services for rotating electric machines – tailored for performance, efficiency, and reliability across aerospace, automotive, industrial, automation, and compact device applications. Our approach combines deep engineering expertise with fast, multi-physics-driven iteration to accelerate development without compromising quality.

Our design capabilities include:

• Brushless Permanent Magnet Motors: High-efficiency AC/DC configurations
• Induction Motors: Single-phase and multi-phase machines for industrial and commercial use
• Synchronous and Synchronous Reluctance Motors: Precision designs for dynamic and load-sensitive applications
• Alternators: Custom topologies engineered to meet specific performance targets

We use integrated simulations to optimize all critical performance domains in parallel:

• Electromagnetic Interactions: Accurate modeling of torque, flux linkage, and core saturation
• Thermal Loss Analysis: Heat generation, cooling path design, and temperature distribution across components
• Structural Mechanics: Stress, deformation, and vibration analysis to ensure mechanical stability

Typical deliverables include:

• Motor Geometry: Optimized 2D and 3D configurations tailored to application constraints
• Wiring Diagrams: Clean, actionable electrical schematics
• Bill of Materials: Complete part-level documentation for sourcing and assembly
• Standard Drawings: Ready-for-manufacturing CAD drawings with clear tolerancing
• Design Iteration Records: Traceable documentation of design choices and tradeoffs
• Performance Mapping Database: Detailed torque-speed-efficiency maps under varied thermal and load conditions

Whether you’re developing a next-gen propulsion system or refining a compact motor for embedded applications, we help you design smarter, faster, and with confidence – across every domain that matters.