Building Safer Working Platforms for Successful Projects

AIn specialist foundation engineering, working platforms are far more than a temporary construction element. They are critical infrastructure that directly influences safety, operational efficiency, construction quality, and project risk management.

At AETESS, we are pleased to share our latest technical brochure highlighting key aspects to consider when designing, constructing, inspecting, and maintaining working platforms. These include drainage systems, platform edges, access routes, and slopes, all of which play a fundamental role throughout the project lifecycle.

The performance of heavy foundation equipment depends on the integrity of the supporting platform. Inadequate design, poor maintenance, or unexpected deterioration can lead to equipment instability, production delays, costly remediation works, and significant safety implications.

A robust working platform strategy requires collaboration between project designers, geotechnical specialists, contractors, site management teams, equipment users, technical services, and supervising engineers. Responsibility for platform performance extends well beyond the initial design stage.

As our industry continues to pursue higher standards of safety, productivity, and sustainability, working platforms must be treated as engineered assets rather than temporary site arrangements.

Let's continue promoting best practices that improve project outcomes and reduce avoidable risks across our sector.

This brochure forms part of AETESS's commitment to sharing technical knowledge and promoting safer and more efficient construction practices throughout the specialist foundations sector.