Engineer analysing vibration with laptop, motor and sensor

Vibration Learning &
Analysis Platform

Interactive simulators, signal-processing labs and an AI assistant — built for engineers, students and condition-monitoring practitioners.

Platform features

Everything you need to learn and analyse machinery vibration

From textbook-grade simulations to industrial-style spectrum analysis — one platform.

Gear Lab

Multi-stage spur, bevel and planetary gear simulator with GMF, FHT and fractional-mesh signatures.

Bearing Analysis

BPFI / BPFO / BSF / FTF kinematics with load-zone modelling and 3D animated rolling elements.

Signal Processing

FFT, envelope, kurtogram and order tracking with real-time waveform & spectrum cursors.

Interactive 3D

Watch gears mesh, bearings roll and faults excite the structure — synchronised with the generated vibration signal.

AI Assistant

Built-in expert guide answers vibration questions, walks through fault diagnostics and explains the math.

Course Modules

Structured lessons with hands-on labs covering rotor dynamics, gearbox faults and bearing condition monitoring.

Hands-on labs

Practice on real models

Each lab pairs a 3D simulation with the live spectrum so you can connect cause and effect.

Gearbox Vibration

Spur, bevel and planetary gears with broken tooth, eccentricity, misalignment and wear faults — all with multi-stage support.
Signal Processing

FFT, envelope demodulation, kurtogram band selection, filtering and sideband / harmonic cursors.
Vibratory Motion

Mass-spring SDOF response (free, forced, damped) plus two-channel orbit plots with unbalance, misalignment and rub fault patterns.
Rotor Dynamics

Nyquist and Bode plots, frequency response functions and rotor stability analysis with adjustable shaft / bearing parameters.
Bearing Search

Look up SKF / NSK / NTN bearing geometry and instantly compute fault frequencies for your shaft speed.
FAQ

Frequently asked questions

Quick answers about who the platform is for and how it works.

FAQ

Mechanical engineers, maintenance teams, vibration analysts and university students learning rotating-machinery diagnostics.

No. Everything runs in your browser — gear and bearing simulators, FFT engine and AI assistant are all client-side or served from this site.

Yes — gear-mesh signals are built from Hertzian-stiffness, static transmission error and FRF, and bearing impulses use damped sinusoidal ring-down. Faults match published signature models.

Importing CSV / WAV waveforms into the signal processing lab is on the roadmap. The simulators already cover the major rotating-machinery fault families used in training.

Ready to start analysing vibration?

Open the labs, run a simulation, and let the AI guide you through interpretation.

Sign in to begin
Contact us

Let's get in touch

Questions, feedback or partnership inquiries — drop us a note.

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