Since our beginnings, Biriz Yapi has been a benchmark in geotechnical engineering, evolving to tackle the most complex challenges of modern infrastructure.
Establishment of the company with a pioneering focus on soil mechanics analysis for regional projects.
Adoption of advanced drilling technologies and simulation software for larger-scale structural stability studies.
Key participation in high-profile national projects, specializing in deep piling techniques and reinforcement of complex soils.
Over 15 years of experience translate into robust and secure foundation solutions, contributing to the stability of bridges, tall buildings, and essential civil works. Our rigorous methodology is our hallmark.
Projects Completed
Engineering Awards
Guaranteed Stability
We are specialists in the study of structural stability, piling techniques, and soil reinforcement for major infrastructure projects. Our rigorous approach guarantees the solid foundation upon which the future is built.
We work for engineering firms, construction companies, and developers of critical infrastructure, providing precise and reliable geotechnical solutions.
Our communication tone is direct, technical, and results-oriented, reflecting the robustness and precision of our engineering.
Analysis and guarantee of structural integrity from the ground up.
Advanced solutions for deep and complex foundations.
Specialization dedicated to large-scale and high-relevance projects.
Specialized in analyzing and solving the most complex foundation and soil mechanics challenges to ensure the stability and durability of your infrastructure.
Comprehensive evaluation of the ground's bearing capacity and design of deep foundations for large-scale structures, ensuring long-term safety.
Implementation of piling solutions adapted to complex geological conditions, using advanced technologies to transfer loads to resistant strata.
Design and execution of compaction, injection, and containment techniques to increase strength and reduce the deformability of problematic soils.
Detailed subsurface investigation for road, railway, and hydraulic works projects, identifying risks and optimizing foundation design.
Real-time instrumentation and monitoring systems to predict and control soil behavior during and after construction.
Assessment of susceptibility to liquefaction, landslides, and other phenomena, proposing corrective measures to mitigate project impact.