SSEGAI Technology for Advanced Material Characterisation and Industrial Applications

SSEGAI is an integrated technology for non-destructive material characterisation and condition assessment. Its measurement principle is based on analysing the electromagnetic field resulting from the interaction between the sensor field and the material response induced by this field.

The ETGR-TECH team can contribute SSEGAI as a complete technology for a specific industrial or research task. At the same time, its individual technological components and the expertise behind them can be used independently within a partner's system or project.

Qu-Scope measurement platform
A configurable measurement system for generation, acquisition and processing of complex signals. Qu-Scope can be adapted to sensors and electromagnetic devices provided by a partner. Its architecture can also be adapted to measurement tasks involving other physical fields and signals, including acoustic, optical and ionising-radiation applications.

Sensor technology
SSEGAI sensor solutions can be adapted and integrated independently into a partner's measurement, monitoring or control system, including applications where the partner uses its own electronics, data acquisition or analytical environment.

Measurement electronics and FPGA development
The team can develop and adapt signal-generation, acquisition and processing functions at hardware and FPGA level for application-specific measurement tasks, including integration with partner sensors and instrumentation.

Signal processing and harmonic analysis
Individual analytical methods can be applied independently to partner data, including spectral and harmonic analysis, amplitude and phase measurements, signal decomposition and processing of complex measurement responses.

AI and machine-learning methods
Models and analytical methods developed within SSEGAI can be adapted to partner datasets and specific classification, characterisation, monitoring or prediction tasks. This contribution can be provided independently of SSEGAI hardware.

Cooperation can therefore range from validation and adaptation of the complete SSEGAI technology to integration of an individual sensor, Qu-Scope measurement platform, FPGA/software component, signal-processing method or AI model into a partner's R&D or industrial system.