Challenge:
The project involved correcting a serious structural irregularity where the ground floor was supported on 12 columns, the first floor on only 7 columns, and the second floor again on 12 columns – an engineering blunder that compromised stability. Additionally, the building was attached to adjacent houses, leading to water seepage issues.
Our Solution:
- Strengthened and realigned structural integrity by providing new strong columns at the first-floor level.
- Deployed specialized waterproofing systems to prevent seepage into neighboring buildings.
- Carefully executed renovation with supported jacks on the first floor to stabilize and correct column misalignment.
Outcome:
- A structurally safe and stable building capable of withstanding long-term loads.
- Transformed an old residential house into a fully functional commercial space within just 6 months.
- Enhanced durability and usability without affecting the attached neighboring structures.
Why It's Special :
This renovation stands as a benchmark in corrective engineering and adaptive reuse – proving that even structurally flawed buildings can be safely restored and repurposed with precision engineering and innovative solutions.