GEOTECHNICAL ANALYSIS

Earth gives the most important support to project. It is the first touch of project with reality. Detailed examination and analyses of soil is the beginning of the living sustainability. A geotechnical evaluation is an engineering site assessment that determines what the foundation conditions are and recommends options for foundation design. It is performed by a geotechnical engineer, and is required for most engineered structures including buildings, bridges, roads, and towers. Geotechnical characterization of soil helps to determine and understand the behavior of soil of a particular place, it also helps in determining soil water content, specific gravity, plasticity, strength, size of particles, compressibility, and soil bearing capacity.

MAPPING AND GEOMATIC ENGINEERING

With shape of the area gives some tips to design criteria of your project. On the other hand, mapping in periods of time inform about possible scenarios of future. Geomatics engineering is a very fast-growing information technology discipline, which employs location and navigation systems, intelligent and autonomous systems, mobile mapping, geospatial information systems, integration of detection-and-localization sensors, smart infrastructure, artificial intelligence for geospatial solutions, remote sensing of the natural and built environments by satellite and unmanned aerial systems, virtual reality, geodesy and surveying - to name a few. Without these information designing of long term project is getting footless.

BUILDING EARTHQUAKE ANALYSIS 

Performing a project in existing residential area gets many risk with itself. To protect money, time and lives hazard analyses must be performed. The most dangerous type of hazard is the earthquake and getting protection to earthquake is a living process. The seismic analysis allows us to visualize the response of a structure during the earthquake, which enables us to obtain the additional forces or deformations that would generate because of an earthquake.