Engineering Service
Design vibration and structural dynamics tools that support fatigue, durability, structural health monitoring, and predictive maintenance decisions — grounded in validated signal processing, fracture mechanics, and SigProc workflows. From data acquisition to damage indicator dashboards.
Real implementations in this service area
A web application that converts field fatigue damage spectra into equivalent PSD profiles for shaker testing — automating the synthesis workflow used by durability test teams.
A Python-based signal processing platform for structural analysis: FFT, PSD, octave-band analysis, rainflow counting, and multi-channel synchronization from raw DAQ exports.
An end-to-end automation of the field-data-to-test-profile workflow for an automotive durability lab — reducing turnaround from days to hours per test campaign.
Realistic use cases we could build in this domain
A real-time monitoring platform processing accelerometer arrays on bridge spans — computing modal frequency shifts and damage indicators for maintenance planning.
An acoustic emission and vibration analysis tool for detecting early-stage bearing wear in rotating machinery — with envelope spectrum analysis and alarm thresholds.
An automated pipeline ingesting multi-axis field data and outputting per-channel fatigue life estimates, enabling faster fleet durability assessment.
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Common questions about this service area and how we approach it.
Vibration analysis software processes accelerometer and sensor data to assess structural condition, fatigue risk, and dynamic behavior. It supports durability testing, structural health monitoring, and predictive maintenance programs — automating the pipeline from raw signal acquisition to engineering decisions.
By continuously monitoring vibration signatures — FFT spectra, PSD levels, and damage indicators — the software detects anomalies early, before visible failure. This enables condition-based maintenance that replaces scheduled downtime with data-driven intervention.
Yes. Hardware and protocol integration can be included in project scope where interfaces are available.
Yes. We support on-premises, private network, and cloud deployments depending on your data security and infrastructure requirements.
Review case studies with quantified engineering and process impact across thermal, vibration, and digital twin projects.