Research Areas

Research Areas at
Azerbaijan State Oil and Industry University

Research administration is led by professor Latafat Gardashova the vice-rector for research and the research council

Our research areas

At ASOIU, our commitment to excellence in research is evident across various fields, encompassing engineering, technology, energy, and more.

1

Providing machinery and equipment for the exploration and processing of hydrocarbon reserves in both onshore and offshore conditions in Azerbaijan.
2

Developing nanotechnologies and methods for creating new construction materials.
3

Purchasing industrially important chemicals and materials, and creating and applying various technological processes.
4

Exploring the metallogeny of mineral deposits in Azerbaijan and developing new technologies for working with them.
5

Enhancing the search, exploration, sedimentological, geophysical, and geological-mining research methods for the South Caspian oil and gas fields, including deep sediment studies.
6

Analyzing and designing methods for information exchange and processing in biomedical devices, apparatus, systems, and complexes.
7

Exploring prospects for efficient land use in northeastern Azerbaijan to boost national economic productivity
8

Microfluidic Driven Materials
9

Insulator materials

1

Exploring prospects for efficient land use in northeastern Azerbaijan to boost national economic productivity.
2

Developing innovative energy-saving technologies for the extraction of hard-to-reach hydrocarbon resources.
3

Evaluating Azerbaijan's mineral and seawater resources, exploring opportunities for their effective utilization, and addressing associated challenges.
4

Hydrology and Water resources management
5

Hydrology and Water Resources Paleo Environment
6

Rock Physics Seismic Hazards
7

Environmental Chemistry (Synthesis of Highly Porous Absorbents Water Purification)

1

Az-2030 National priorities for socio-economic development: fostering a sustainable, competitive economy, nurturing competitive human capital, and promoting modern innovations.
2

Developing algorithms and software for addressing boundary issues, mathematical modeling, optimization, and management of technological processes across various applications.
3

Establishing high-tech energy systems with technical support, automation, and optimization capabilities.
4

Implementing modern information technologies to intellectualize information measurement, control, diagnostics, and management systems, as well as measurement methods and research and development in fuel-energy complexes.