This Master Class explores the field of environmental vibration testing, focusing on core concepts and proven methodologies using shaker systems and modern testing technologies. Tailored for industries such as Aerospace, Aviation, Defense, Automotive, Electronics, Packaging, and Marine, the course demonstrates how vibration testing can be used to identify design weaknesses, validate product performance, and ensure compliance with real-world operating environments and specifications.
Participants will experience a blend of expert-led presentations and live demonstrations, highlighting how modern testing approaches support more reliable and efficient product development. Through hands-on exercises and instructor-led sessions, attendees will work through real-world scenarios to design tests, analyze results, and refine testing strategies based on current best practices.
The Master Class also fosters professional networking and collaboration, creating an environment where participants can exchange insights, discuss challenges, and learn from real-world case studies. Integrated approaches to vibration testing will be covered, including setup validation, risk mitigation, and accurate interpretation of test results—ensuring participants leave with practical skills and actionable knowledge they can immediately apply.
.
Designed for technicians, engineers, and managers who need a strong understanding of vibration testing, this course is focused on developing new subject matter experts in shaker-based testing and shaker controllers. Beginners will leave equipped to independently run vibration test campaigns in their own labs, while experienced professionals will strengthen their expertise and confidence to lead teams and drive best practices. Managers will gain valuable insight into the terminology, technical foundations, and operational challenges their teams face in vibration testing environments.
Pre-installed testlab 2506 and trial license (to be provided in advance of class)
Participants will learn about advanced topics such as:
Vibration testing best practices
Understanding an electrodynamic shaker
Controlling highly dynamic test articles
Using Notching and Limiting for safer vibration testing
Understanding Degrees-of-Freedom
Overshoot and effects on notching channels
Combined Mode testing (Sine-on-Random, Random-on-Random)
Demystifying Shock Response Spectrum and Pseudo Velocity
Using Mission Synthesis to translate field data to a test specification