Rethinking Working Platforms: From Temporary Measure to Engineered Asset
Date: September 09, 2026
Every construction project begins with the ground beneath it. Yet one of the most critical engineered elements on a jobsite has historically been treated as temporary infrastructure rather than an engineered asset:
Because working platforms are temporary, they're often seen as just another step in site preparation. In reality, they provide the foundation for heavy construction equipment and play a vital role in project safety, efficiency, and overall performance.
Engineers carefully evaluate subsurface conditions, structural requirements, schedules, and budgets long before equipment arrives on site. And now, as projects become more complex and equipment continues to grow in size and capacity, they’re giving the same level of attention to working platform design.
Temporary Structure. Critical Function.
A working platform must safely support cranes, piling rigs, drilling equipment, and other heavy machinery—as well as the people operating it—while accommodating changing ground conditions and construction activities.
Platform performance is influenced by many variables, including soil strength, groundwater conditions, equipment loads, construction sequencing, and the interaction between aggregate and geogrid stabilization. When these factors aren't adequately considered during design, project teams may compensate by relying on conservative assumptions or thicker aggregate layers than necessary.
Today there’s a better way. One that decreases the quantity of material needed, lowers transportation costs, cuts construction time, and saves on overall project expense, all while doing a far better job of protecting the people behind the machines.
The Shift Toward Smarter Design
Rather than relying primarily on experience or rules of thumb, today's engineers have access to validated methodologies that help them optimize designs based on actual project conditions. Recent guidance developed by the European Federation of Foundation Contractors (EFFC), the Deep Foundations Institute (DFI), and other organizations encourage more consistent approaches to working platform design, construction, and management, giving engineers more confidence that working platforms will perform well overall.
Engineering Confidence with Tensar®
Tensar's T-Value Method provides a universal engineering approach for designing working platforms across a wide range of site conditions. Backed by full-scale research and grounded in sound engineering principles, it gives engineers a more reliable way to evaluate platform performance before construction begins.
Used in combination with our software, Tensar+, engineers can assess site conditions, equipment loading, and design alternatives, while accounting for the benefits of geogrid stabilization. This enables project teams to optimize designs, evaluate multiple scenarios, and generate project documentation, all within a single cloud-based platform.
Learn More
Working platforms may be temporary structures, but the decisions made during their design can have significant implications for project safety, efficiency, performance, and cost.
Visit Tensar+ to explore the tool, download the infographic, and learn why modern working platform design is becoming an increasingly important part of successful construction projects.