Program
Technical Sessions
Oral and poster presentation sessions will be organised by topic track following the completion of peer review. Session details will be published here once the programme has been finalised.
Coming Soon
Technical Sessions to Be Announced
The technical session schedule — including session titles, chairs, paper assignments, and room allocations — will be published following the paper review and acceptance notification process. Please check back after June 2027. Authors will also be contacted individually regarding their presentation assignments.
Track Scope
Technical Track Areas
Technical sessions will be organised around the following thematic tracks, drawn from the symposium's topics of interest. Each track will encompass oral and/or poster presentations on the subtopics listed below.
Track 1
Electric Machines and Drives
Fault detection, condition monitoring, and diagnostics across all classes of rotating electrical machines and drive systems.
- Condition monitoring of induction machines
- Condition monitoring of permanent magnet machines
- Condition monitoring of synchronous machines and generators
- Transformer monitoring and diagnostics
- Drive system fault detection
- Bearing fault detection and diagnostics
- Stator and rotor winding faults
- Demagnetisation and magnet fault diagnostics
Track 2
Power Electronics and Components
Reliability, failure analysis, and lifetime prediction of power electronic devices, converters, and their subcomponents.
- Reliability and lifetime prediction of power converters
- IGBT and MOSFET failure modes and diagnostics
- Capacitor health monitoring
- Gate driver faults and diagnostics
- Inverter-fed machine diagnostics
- Thermal monitoring and management
- Power module prognostics
Track 3
Algorithms
Signal processing, data-driven, and model-based methods for fault detection, classification, and remaining useful life estimation.
- Signal processing methods (FFT, wavelets, Hilbert-Huang transform)
- Machine learning and deep learning for diagnostics
- Model-based fault detection and isolation
- Digital twin approaches
- Sensor fusion and multi-modal diagnostics
- Online and real-time diagnostic algorithms
- Prognostics and health management (PHM)
- Explainability and interpretability in AI-based diagnostics
Track 4
Systems and Applications
Diagnostic methods applied to electric drivetrains, energy conversion systems, and industrial equipment across diverse application domains.
- Electric vehicle drivetrains
- Wind energy conversion systems
- Industrial drives and compressors
- Railway traction systems
- Marine and offshore electrical systems
- Robotic and servo systems
- Aerospace and electric propulsion
- Grid-connected power electronic systems