Our structural engineering team provided design services for a multi-level parking structure utilizing a hybrid system of cast-in-place and precast concrete elements. The foundation system consists of deep cast-in-place concrete foundations supporting a slab-on-grade at the base level.
The superstructure was designed using a comprehensive precast system to resist both gravity and lateral loads, including double tees, inverted tees, precast spandrel beams, and precast shear walls. This approach enabled efficient fabrication and accelerated construction while maintaining structural performance.
The roof level incorporates a steel framing system composed of steel joist girders and joists, providing an economical long-span solution. Additionally, a portion of the structure includes a post-tensioned concrete slab at the visitor parking level, requiring integration with the adjacent precast systems.
The result was a coordinated structural solution that balances constructability and performance across multiple structural systems.
