Human Vibration Analytics LLC

Turning complex vibration measurements into metrics and reports that support modeling outputs and design insight.

• State-of-the-art analysis algorithms

  Developing and applying advanced algorithms to capture complex nonlinear components of human motion.

• Custom-tailored analysis metrics

  Formulating unique metrics to evaluate vibration-induced discomfort and exposure limits.

• Technical reports and insights

  Delivering detailed analysis and recommendations to guide product development or research.

• Modeling and simulation

  Building biomechanical and system models to simulate human vibration response.

Supporting human-vibration studies from on-location measurement through ISO compliance work and instrumentation.

• Research study design assistance

  Designing testing and research frameworks to capture human vibration and movement data accurately.

• On-location vibration measurement

  Conducting field measurements of whole-body vibration across vehicles, seats, and transport environments.

• ISO vibration compliance testing

  Performing testing in accordance with ISO whole-body vibration exposure guidelines and standards.

• Subject or product instrumentation

  Equipping test subjects or mechanical systems with sensors to record high-fidelity motion data.

Helping product and research teams evaluate vibration questions during R&D and competitor comparison work.

• Product R&D assistance

  Assisting with design modifications and mechanical analysis to improve ride quality or passenger comfort.

• Product-competitor comparisons

  Providing objective benchmarks and vibration mitigation comparisons between different equipment designs.

• Objective vibration metrics for design modifications

  Establishing baseline metrics to drive data-driven modifications for seats and transport systems.

• Human motion and vibration measurement integration

  Blending inertial motion capture, biomechanics, and vibration tracking to optimize ergonomics.

Developing and integrating custom motion and vibration measurement systems.

• Custom Instrumentation Development

  Creating specific hardware and software integrations for specialized testing environments.

• Sensor Fusion and Signal Processing

  Combining inertial, motion, and vibration data using modern control theory and spectral analysis.