Techniques and Technology of Geological Exploration Works

What is taught in this field

The core of the programme is the study of the Earth's structure, its layers and the principles by which mineral deposits form. Students master general geology, mineralogy and petrography, stratigraphy and structural geology. They also learn geophysical and geochemical exploration methods, drilling technology, and the basics of geodesy and cartography. Mathematics, physics and chemistry play an important role, and students develop skills in processing data with computer software and working with geographic information systems.

Practical classes, field practice and laboratory work help reinforce theory. Students learn how to collect samples, analyse them and prepare results as clear reports.

Who the graduate becomes

Graduates can work as geologists, geophysicists, hydrogeologists, technical specialists in drilling operations, laboratory geologists or engineers for geological exploration works. Their tasks include searching for mineral deposits, compiling geological maps, studying underground water and planning exploration work.

Where you can work

Graduates find employment in geological exploration expeditions and enterprises, in organisations of the mining, metallurgy and oil and gas sectors, in institutions that study water resources, and in design and research institutes. Work is also possible in state bodies dealing with environmental monitoring and the management of natural resources. In Uzbekistan, the study of the subsurface and the rational development of mineral resources continue, so specialists in this field are in demand.

Who this suits

This field suits applicants interested in nature, the history of the Earth and rocks, who are good at mathematics and physics. It will appeal to attentive, responsible young people who are ready to work in field conditions and enjoy travelling. Physical endurance, a drive for accuracy and the ability to work in a team are also important qualities.