Challenge:
The site conditions were technically demanding—located in a
water-logged, loose-soil zone with poor bearing capacity. Conventional
footing options were not reliable for long-term stability, and the
project required a foundation approach that could handle both subsoil
uncertainty and multi-floor load demands without compromising execution
safety.
Our Solution:
Srusti implemented an engineered pile foundation system
tailored to the site’s geotechnical realities. Load transfer was
planned to reach firm strata, supported by controlled dewatering and
waterproofing measures during execution. The approach combined
structural safety, soil stabilization, and disciplined site coordination
to ensure the building remained stable and durable over its lifecycle.
Outcome:
A safe and durable foundation system was
delivered to support the full G+4 structural load. The project
progressed through challenging ground conditions with controlled
execution and consistent quality, achieving completion within 18 months from excavation to finishing, while maintaining functional planning and exterior aesthetics.
Why It's Special :
This project stands out as a benchmark in adaptive
engineering—demonstrating Srusti’s capability to deliver stable
multi-floor residential construction even in high-risk soil and water
conditions. It reflects strong technical governance, execution
discipline, and the ability to convert complex ground challenges into a
confident, long-term outcome