Engineer Dana Al-Enezi, head of the challenge to determine a nationwide geotechnical database on the Kuwait Institute for Scientific Analysis (KISR), affirmed that the institute is working to develop this digital platform as a strategic necessity to help the nation’s sensible metropolis imaginative and prescient, improve disaster response capabilities, and put together unbiased nationwide engineering codes.
Chatting with the Kuwait Information Company (KUNA) on Saturday, Al-Enezi—of KISR’s Setting and Life Sciences Analysis Middle—defined that the challenge focuses on the administration and digital archiving of geotechnical information, which type a important basis for infrastructure design and development.
She identified that the absence of a unified nationwide database has lengthy resulted in repeated errors, slower decision-making, and better dangers in main city improvement initiatives. Digitization and built-in information administration, she stated, are actually among the many important parts of recent infrastructure planning.
Recalling the land subsidence points that struck the Al-Dhaher space in 1988–1989, Al-Enezi famous that the incident underscored the necessity for a everlasting, accessible information system. The dearth of a centralized database, she defined, led to delays in response and higher losses.
Al-Enezi highlighted that Kuwait nonetheless lacks a complete geotechnical database or detailed subsurface maps. She praised pioneering Gulf experiences, notably Saudi Arabia’s superior geological information infrastructure developed by means of the Saudi Geological Survey, which supplies digital platforms, nationwide maps, and open entry to subsurface information supporting main improvement and sensible metropolis initiatives.
She additionally cited the United Arab Emirates as a profitable regional mannequin in geo-digital transformation, noting initiatives by Abu Dhabi’s municipalities and transport departments to mannequin subsurface layers and combine geotechnical information into city planning programs.
Al-Enezi emphasised that managing geological hazards requires a complete geotechnical and geological information system primarily based on Geographic Data Programs (GIS).
Such a system would enable specialists to research soil traits, anticipate potential points, and implement early warning mechanisms—serving to engineers and decision-makers perceive subsurface circumstances even earlier than challenge feasibility research.
She added that the database will function a key reference for getting ready nationwide engineering codes, together with earthquake and geotechnical requirements primarily based on native soil dynamics and hazard coefficients, decreasing reliance on overseas codes.
Al-Enezi famous the significance of this technique for big nationwide initiatives comparable to Al-Mutlaa Residential Metropolis and improvement works on Bubiyan Island, the place soil complexity and seismic sensitivity require exact data-driven design options.
She concluded that establishing the nationwide geotechnical database represents a cornerstone for advancing sensible metropolis administration, enhancing infrastructure security, and selling sustainable city improvement in step with Kuwait’s digital transformation targets.
Geotechnical engineering, she added, is an important area of civil engineering that research soil and rock conduct underneath varied circumstances to make sure the soundness of constructions comparable to buildings, bridges, tunnels, and dams, whereas mitigating dangers comparable to land subsidence and seismic liquefaction.