The first round of speakers have been announced for the inaugural Working at Height Conference & Awards, set for Nov. 19-20 in Nashville. Jointly organised by the International Powered Access Federation (IPAF) and Access, Lift & Handlers (ALH) magazine, the event will focus on the use of aerial work platforms to increase productivity and safety on jobsites.

Attendees at the recent ALH Conference have been urged to adopt the ANSI suite of standards related to the design, safe-use and training of Mobile Elevating Work Platforms (MEWPs) in the US ahead of them being adopted into law by OSHA.

Understanding and reducing carbon footprint, social inclusion across the workforce, reducing and reusing resources as part of the circular economy are key to effecting sustainable change, according to speakers at IPAF’s Europlatform 2022 conference.

Representatives of IPAF have paid tribute to “dear friend” Cliff Goring of Alimak, a Senior IPAF Instructor and CAP assessor, who has died following a short illness.

Workers and managers using MEWPs to install and remove seasonal decorations and lights are being urged to download a comprehensive new technical guidance booklet that can help to avoid safety issues and to mitigate the key risks involved.

The Swiss Elevation event was hosted by IPAF on 22 September in Bellinzona in the Swiss canton of Ticino, with around 70 instructors and training centre staff participating.

IPAF is to offer a free webinar aimed at re-establishing full confidence in the safety of MCWPs as a means to offer work at height solutions on all construction-project façade works, following a UK HSE MCWP safety alert that was issued back in May this year.

After several years’ hiatus owing to the pandemic, IPAF held an in-person Innovate Workshop in Chicago, IL, in conjunction with the ALH Conference in September.

An agreement between IPAF and a local chapter of the National Safety Council of India will see the two organisations work together in the state of Kerala to spread awareness about key risks and mitigations when working at height.