Public engineering firm profile
Human Vibration Analytics LLC
Plano, TX
Building tools and offering services to quantify human vibration
- Services
- 18
- Offices
- 1
- Leaders
- 2
Overview
Human Vibration Analytics LLC is a Plano, Texas-based engineering consulting practice focused on human vibration testing and analysis. It combines mechanical and biomedical engineering expertise to deliver on-site vibration testing, advanced data analysis, custom measurement systems, study design, R&D collaboration, and objective vibration metrics for operators, patients, and equipment design.
Services
Vibration Data Analysis
Turning complex vibration measurements into metrics and reports that support modeling outputs and design insight.
Experimentation and Testing
Supporting human-vibration studies from on-location measurement through ISO compliance work and instrumentation.
R&D and Product Collaboration
Helping product and research teams evaluate vibration questions during R&D and competitor comparison work.
Custom Measurement Systems
Developing and integrating custom motion and vibration measurement systems.
Industries
Firm type
Project types
Leadership
Dr. Eric Frick
Principal Consultant & Biomechanics Expert
PhD, MS, BS
Dr. Eric Frick has expertise in the areas of inertial motion capture, signal processing, modern control theory, and optimization. He earned an MS and PhD in Biomedical Engineering from the University of Iowa, as well as a BS in Mechanical Engineering from the University of Notre Dame. He has published several peer-reviewed academic articles, and his dissertation focused on developing biomechanical models to capture the complex nonlinear components of human motion.
Dr. Jonathan DeShaw
Principal Consultant & Ergonomics Expert
PhD, MS, BS
Dr. Jonathan DeShaw has expertise in the areas of whole-body vibration, ergonomics, pre-hospital transport, and inertial motion capture. He earned an MS and PhD in Biomedical Engineering from the University of Iowa, as well as a BS in Mechanical Engineering from Iowa State University. He has authored and co-authored many published peer-reviewed academic articles on human whole-body vibration topics including measurement and data analysis techniques, vibration-induced discomfort, posture analysis, immobilization efficacy, and supine patient transport.