- Development of comprehensive structural drawings.
- Execution of on-site compressive strength tests for concrete.
- Evaluation of in-situ concrete durability and performance.
- Assessment of potential corrosion in embedded steel reinforcement within structural elements.
- Use of Ground Penetrating Radar (GPR) to determine foundation geometry and reinforcement configuration.
- Structural modeling using industry-standard software, including ETABS and CSI SAFE, to analyze the
building’s response to loads. - Geotechnical investigation through borehole sampling at varying depths to determine soil properties.
- Identification of structural elements requiring retrofitting, along with specifying appropriate reinforcement techniques in line with safety codes and architectural design criteria.
Assessment of the structure’s remaining service life and operational performance based on concrete quality and condition. - Preparation of bills of quantities (BOQs) and technical specifications for retrofitting works.
- Providing a detailed cost estimate for the necessary structural strengthening and reinforcement activities.
- Measuring and Obtaining Concrete Strength by Semi-Destructive and Non-Destructive Methods.
- Creating structural as-built drawings that accurately reflect field conditions.
- Evaluating concrete longevity through durability testing.
- Evaluating the structural integrity and potential damage to a building’s foundation.
- Strengthen a building and enhance its safety by addressing identified structural deficiencies through precise reinforcement strategies.
- Identifying areas of imperfections and distresses in the concrete structure, classifying them, and providing objective recommendations and repair strategies based on site conditions.
