MSD Risk Analysis – A LIVE Demonstration
Join David Bick for a live demonstration on using wearable sensor technology to perform proactive, data-driven manual task risk assessments.
Presented by David Bick, Director, Consulting Services, Joint Action Solutions
What’s covered?
This is a follow-up session to David’s previous presentation. This session will showcase a LIVE demonstration.
The old traditional, reactive process of assessing WMSD in a task is changing. Digital technology has allowed a much more proactive and prevention focused way which allows non experts to produce quick, objective, accurate, cost effective and reliable results. We can now make data driven decisions by doing automated manual task risk assessments using wearable sensors which produce instant and relevant reporting to target the key hazards.
Watch The Video
Watch the Video
Listen to the Podcast
Key Links
Presented by
David Bick
David leads the development and delivery of the JointAction workplace advice health and wellbeing service delivery across a broad range of workplaces.
His ability to engage health professionals and staff through his combination of clinical leadership and sports experience is highly regarded.
An Award-winning Sports Physiotherapist, David is a recognised specialist in Tendinopathy (overuse injuries) and prevention of injuries; these insights apply in workplaces where there are high physical demands and repetitions. David uses his unique knowledge and experience to teach everyday Australians and their employers the secrets to looking after themselves in the workplace.
The myosh Academy is home to regular webinars on workplace health, safety, environment, and quality, with contributions from select partners.
Organisations across the globe have been using myosh to manage and improve work safety for over 20 years. Our highly configurable, cloud-based safety solution features over 50 pre-configured modules. All modules integrate with one another, and with a Custom subscription you can opt to build you own new modules with us.