We develop and deliver innovative engineering solutions for electric-machine systems, combining hardware, software, and system-level expertise.
Our projects demonstrate practical implementation, technical depth, and real-world impact across education, research, and industry.
Featured Projects
PMSM EduLab Explorer Kit
Application: Education & Research
A comprehensive learning and experimentation platform for Permanent Magnet Synchronous Machines (PMSM).
The EduLab Explorer Kit combines hands-on hardware with intuitive software tools, enabling effective teaching, experimentation, and system understanding.
Key Highlights:
- Practical PMSM operation and control
- Hardware-in-the-loop learning environment
- Ideal for universities and training laboratories
PMSM DevLab Research Platform
Application: R&D & Academia
An advanced research platform designed for in-depth modeling, analysis, and validation of electric drive systems across a wide range of operating conditions.
Key Highlights:
- High-fidelity system modeling
- Flexible configuration for research use cases
- Supports advanced control and performance evaluation
PMSM ProVerif Integration Suite
Application: Software & Systems Engineering
A software-based verification and integration environment for power electronics and control systems, enabling automated testing, validation, and fault detection.
Key Highlights:
- Automated verification workflows
- Integration testing for control algorithms
- Supports reliable and scalable system development
Project Gallery
- EduLab Explorer – hands-on hardware setup
- DevLab Platform – research and testing environment
- ProVerif Suite – software interface and workflow
Achievements & Highlights
- Successful deployment of electric drive learning platforms at multiple universities and research laboratories
- Delivery of turnkey research systems accelerating electric drive development
- Development of software and testing tools that integrate seamlessly into industrial workflows
Why Our Work Matters
Our solutions are designed to be:
- Reliable — engineered for stable and repeatable results
- Scalable — adaptable from education to industrial research
- Industry-ready — aligned with real-world engineering requirements