Sabuhi Mammadov

• Having extensive knowledge of the main fields of geology;
• Knowing about the basic structure and main components of the earth;
• To know rocks of volcanic origin, including the formation and movement of magma, tectonic structure;
• To know about the regional and local geotectonic processes of the area;
• To have knowledge about the geological structure of Azerbaijan and the surrounding region;
• To be able to prepare a collection of conceptual or corporate information about the study, research, exploration of non-ferrous and ferrous metal ore deposits, the application of new technologies, as well as other issues related to the development of this field;
• Drawing up a map and report on the geological structure of the area using geological, geochemical, geophysical data (measurements, well documentation, aerial photographs, etc.);
• To have deep knowledge about industrial-genetic types of precious and non-ferrous metal deposits;
• Have in-depth knowledge of ore and non-ore mineral deposits;
• To know about modern geological, hydrothermal changes and genetic models separated according to international classifications;
• To systematize, analyze and draw appropriate conclusions from historical geological materials of various purposes;
• To carry out data analysis and systematization in the direction of conducting geological works;
• Taking into account the Quality Assessment (QA)/Quality Control (QC) procedures of all analysis results received from the chemical laboratory;
• Check compliance of project documents with the requirements of existing norms, rules and methods;
• To control the quality of borehole images and check their completeness;
• Check the correctness of the closing acts of bore wells;
• Control internal laboratory results of tests taken from wells and compare the results by sending them to external laboratories at certain intervals;
• To create databases of data collected as a result of field geological-research and borehole drilling works suitable for various geological software;
• To control the accuracy of the database for the calculation of ore reserves;
• To control the activities of the contractor organizations operating in the area;
• To ensure the design, construction and support of the database;
• Performing database tuning, configuration and improvement works;
• To improve automation methods to regularly manage the database;
• Implementation of monitoring procedures to increase the availability and performance of the database;
• Implementation of the necessary applications and procedures to ensure the security of the database;
• To actively participate in solving and planning complex problems related to database and other IT infrastructure projects;

• Having extensive knowledge of the main fields of geology;
• Knowing about the basic structure and main components of the earth;
• To know rocks of volcanic origin, including the formation and movement of magma, tectonic structure;
• To know about the regional and local geotectonic processes of the area;
• To have knowledge about the geological structure of Azerbaijan and the surrounding region;
• To be able to prepare a collection of conceptual or corporate information about the study, research, exploration of non-ferrous and ferrous metal ore deposits, the application of new technologies, as well as other issues related to the development of this field;
• Drawing up a map and report on the geological structure of the area using geological, geochemical, geophysical data (measurements, well documentation, aerial photographs, etc.);
• To have deep knowledge about industrial-genetic types of precious and non-ferrous metal deposits;
• Have in-depth knowledge of ore and non-ore mineral deposits;
• To know about modern geological, hydrothermal changes and genetic models separated according to international classifications;
• To systematize, analyze and draw appropriate conclusions from historical geological materials of various purposes;
• To carry out data analysis and systematization in the direction of conducting geological works;
• Taking into account the Quality Assessment (QA)/Quality Control (QC) procedures of all analysis results received from the chemical laboratory;
• Check compliance of project documents with the requirements of existing norms, rules and methods;
• To control the quality of borehole images and check their completeness;
• Check the correctness of the closing acts of bore wells;
• Control internal laboratory results of tests taken from wells and compare the results by sending them to external laboratories at certain intervals;
• To create databases of data collected as a result of field geological-research and borehole drilling works suitable for various geological software;
• To control the accuracy of the database for the calculation of ore reserves;
• To control the activities of the contractor organizations operating in the area;
• To ensure the design, construction and support of the database;
• Performing database tuning, configuration and improvement works;
• To improve automation methods to regularly manage the database;
• Implementation of monitoring procedures to increase the availability and performance of the database;
• Implementation of the necessary applications and procedures to ensure the security of the database;
• To actively participate in solving and planning complex problems related to database and other IT infrastructure projects;

• Having extensive knowledge of the main fields of geology;
• Knowing about the basic structure and main components of the earth;
• To know rocks of volcanic origin, including the formation and movement of magma, tectonic structure;
• To know about the regional and local geotectonic processes of the area;
• To have knowledge about the geological structure of Azerbaijan and the surrounding region;
• To be able to prepare a collection of conceptual or corporate information about the study, research, exploration of non-ferrous and ferrous metal ore deposits, the application of new technologies, as well as other issues related to the development of this field;
• Drawing up a map and report on the geological structure of the area using geological, geochemical, geophysical data (measurements, well documentation, aerial photographs, etc.);
• To have deep knowledge about industrial-genetic types of precious and non-ferrous metal deposits;
• Have in-depth knowledge of ore and non-ore mineral deposits;
• To know about modern geological, hydrothermal changes and genetic models separated according to international classifications;
• To systematize, analyze and draw appropriate conclusions from historical geological materials of various purposes;
• To carry out data analysis and systematization in the direction of conducting geological works;
• Taking into account the Quality Assessment (QA)/Quality Control (QC) procedures of all analysis results received from the chemical laboratory;
• Check compliance of project documents with the requirements of existing norms, rules and methods;
• To control the quality of borehole images and check their completeness;
• Check the correctness of the closing acts of bore wells;
• Control internal laboratory results of tests taken from wells and compare the results by sending them to external laboratories at certain intervals;
• To create databases of data collected as a result of field geological-research and borehole drilling works suitable for various geological software;
• To control the accuracy of the database for the calculation of ore reserves;
• To control the activities of the contractor organizations operating in the area;
• To ensure the design, construction and support of the database;
• Performing database tuning, configuration and improvement works;
• To improve automation methods to regularly manage the database;
• Implementation of monitoring procedures to increase the availability and performance of the database;
• Implementation of the necessary applications and procedures to ensure the security of the database;
• To actively participate in solving and planning complex problems related to database and other IT infrastructure projects;

• Used aerial photographs, charts and survey results to locate and estimate probable natural gas, oil and mineral ore deposits and underground water resources.
• Improved drilling target selection by integrating geophysical, geochemical, and geological data into comprehensive 3D models.
• Conducted due diligence investigations for potential acquisitions or joint ventures, mitigating risks associated with resource estimation uncertainties.
• Used gas detection systems to monitor chromatographic data.