The intelligence layer for structural optimization in industrialized construction.

“We were particularly impressed by the multi-stemmed deck slab their software designed; the cross-sectional area was much leaner than expected for the given span and loads, resulting in a section half the weight of a standard hollow core plank. The section performance during load testing was outstanding, proving its robustness by carrying full loads without any signs of distress.”

“What stood out in this project was how readily the shape-optimized precast floors integrated into standard construction practices. From a construction perspective, lighter elements can support simpler logistics, reduced lifting requirements, and faster installation timelines. Coupled with the embodied carbon reduction potential, this type of innovation reflects the kind of practical, scalable advancement that aligns with Turner’s focus on safety, constructability, and driving lower-carbon solutions across the built environment.”

“Working with the team at Forma Systems was a positive experience for Prime Steel Erecting. What impressed us most was the ability of their slab system to provide the strength and performance of conventional precast members while significantly reducing weight. From an installation standpoint, the lighter slabs were efficient to handle and erect, integrating seamlessly into the construction process and contributing to a smooth and safe erection sequence. As a steel & precast erection contractor, we recognize the value that lighter structural components can bring to lifting operations, site logistics, and overall constructability, all while maintaining the structural performance expected of traditional systems. Based on our experience in the field, Forma Systems has developed an innovative and practical solution that represents a meaningful advancement in precast construction, offering benefits to contractors, owners, and the industry as a whole.”