EMDS
EMDS provides cloud-based electric machine design software that unifies the entire workflow—from topology selection and winding configuration to diagnostics and prototyping—for induction, synchronous reluctance, and permanent magnet synchronous machines. Its winding design tool analyzes winding factors, harmonic content, and MMF distribution in minutes, and the platform enables real-time project sharing and remote team collaboration.
- Software Only
- Artificial Intelligence
- Data & Analytics
- Energy
- Enterprise Software
- Industrial Automation
- Manufacturing / Industry 4.0
Funding
Founders
Founder details are not available yet.
Product
Problem
Electric machine design engineers face fragmented workflows when moving between topology selection, winding configuration, and prototyping stages, often relying on disconnected tools that slow iteration and complicate collaboration. Traditional design software can be complex, expensive, and poorly suited for rapid exploration of multiple machine topologies, making it difficult for teams to converge on optimal designs efficiently.
Solution
EMDS provides a cloud-based electric machine design platform that unifies the entire design process in one streamlined interface. The software supports induction machines (IM), synchronous reluctance machines (SynRM), and permanent magnet synchronous machines (PMSM), enabling engineers to move from concept to certified design without switching tools. Its winding design tool allows users to create and test winding configurations quickly, analyzing winding factors, harmonic content, and magnetomotive force (MMF) distribution in minutes. The platform is built on peer-reviewed research and continuously updated with innovative features, ensuring high-quality, reliable design outputs. Cloud accessibility enables remote teamwork, allowing engineers to share projects, review designs, and collaborate from anywhere.
Target Audience
Primary users are electrical machine design engineers and R&D teams in industries such as automotive, industrial automation, and renewable energy who need efficient, collaborative tools for designing and prototyping electric motors and generators.
Features
- Winding design tool that analyzes winding factors, harmonic content, and MMF distribution in minutes
- Support for multiple machine topologies including IM, SynRM, and PMSM in a single platform
- Cloud-based architecture enabling real-time project sharing and remote team collaboration
- Simplified, powerful interface designed for the way electrical machine engineers work, from concept to certified design
- Continuously updated features grounded in peer-reviewed research for high-quality design solutions