This one-day course offers a comprehensive introduction to the key technical issues surrounding vibration and its effects on the human body. Whole-body vibration (WBV) poses significant health and safety risks if not properly managed. With the increasing prevalence of WBV in various sectors, legislation and standards have been introduced to monitor and mitigate these risks, particularly in environments involving heavy vehicles, earthmoving, and construction equipment.

Participants will explore the fundamentals of vibration, including key descriptors, measurement techniques, and approaches to risk assessment, management, and mitigation for WBV systems. The cornerstone of WBV analysis, ISO 2631-1:1997 “Mechanical Vibration and Shock — Evaluation of Human Exposure to Whole-Body Vibration”, is integrated throughout the course to ensure practical, real-world relevance.

A comprehensive overview of WBV measurement methods will be presented, including Running RMS, Vibration Dose Values (VDV), and 6W Average Absorbed Power. These methods will be applied to a simplified Defense-specific case study, enabling participants to evaluate and compare approaches. Insights will be gained into the advantages and limitations of each method, leaving learners equipped to make informed decisions in Defense WBV applications.

Each module is designed to balance information delivery with active learning activities, ensuring understanding and engagement. No prior technical engineering knowledge is required, making this course ideal for participants who need a high-level understanding of the core technological fundamentals underpinning WBV systems.

Attendees receive a comprehensive set of notes.