Study Master in Petroleum Engineering in Russia, choose from many specializations.

1. Химическая технология органических веществ2

Studying Master in Petroleum Engineering in Russia under the following specializations allows you to gain the knowledge, skills and abilities required for the formation of a multidisciplinary highly qualified specialist in the field of oil and gas fields to meet the requirements of modern high-tech production, capable of performing at a high technical level of design and the design and production and technological activities in this area , to engage in organizational and management activities in the interdisciplinary fields of oil and gas industry, including in the international team that can take responsibility for the professional solutions, taking into account environmental protection and compliance with safety regulations, as well as continuous professional self-improvement and self-education. This all under the Learning in Russia™ program for international graduates!

Come study with Council for Foreign Education in Russia, the official International Education partner of leading Russian State Universities and Russian National Research State Universities.

Degree/Field of study: Master in Petroleum Engineering

Duration: 2 years

Specializations can be done in any one of the following (TPU):

1. The reliability of gas and oil pipelines and storage facilities

2. Construction of deep oil and gas wells in complex mining and geological conditions

3. Management of development and operation of Oil and Gas fields

4. Machinery and equipment of oil and gas fields

5. Development, Production and Operation of oil and gas fields

6. Geological and Geophysical problems of development of oil and gas fields (Double degree with Heriot-Wat in English medium)

7. Design and Development of oil and gas fields (Double degree with Heriot-Wat in English medium)

Competitive advantages of the various specializations

1. Master of Reliability of Oil pipelines and storage facilities is able to:

• combine in-depth knowledge of the process equipment reliability theory with dynamic, hydro-mechanical and thermodynamic processes during its operation;
• be expert in modern computer means of group and individual design of oil and gas pipelines and storage facilities with the use of geoinformation technologies;
• to carry out non-standard calculations for optimization of technological modes of transportation of oil and gas, taking into account operational parameters of oil pipelines and storage equipment;
• to master the methods of modeling of complex hydrodynamic processes, choose optimal technological regimes pumping oil and gas and pipeline options, taking into account the profile of the route;

2. Master in Construction of deep oil and gas wells in complex mining and geological conditions

• to develop and substantiate the technical, technological, techno-economic, psychological and other necessary indicators characterizing processes, facilities, systems, projects, oil and gas company;
• improve and develop methods for the analysis of information on manufacturing processes and the technical devices in the field of drilling, oil and gas, fishing control and regulation of the extraction of hydrocarbons on land and at sea, the pipeline transport of oil and gas, underground gas storage, storage and marketing of crude oil, and liquefied petroleum gases;
• to carry out a regulated and implement new processes oil and gas production and transportation of oil and gas, to record and analyze the results of these processes;
• to apply new methods to improve the regulated operation and maintenance of the technological equipment used in oil and gas production and transportation of oil and gas;
• to carry out multi-criteria assessment of the benefits of the technological processes, projects, work the oil and gas company;
• assess the risks of innovative new technologies, equipment and systems.

3. Master in Management of Development and Operation of Oil and Gas fields should be able to:

• perform complex analytical calculations to analyze dynamic, hydraulic and thermodynamic characteristics of the pipeline transportation equipment;
• use complex modern experimental equipment in the study of the processes that affect the performance and strength characteristics of oil and gas pipelines and storage facilities;
• to apply modern methods of designing a group of pipeline transport objects using automated project management systems, and methods of improving the reliability of pipeline transport of oil and gas equipment during the design and operation;
• own modern computer means of group and individual design of oil and gas pipelines and storage facilities with the use of geoinformation technologies;
• to carry out non-standard calculations for optimization of technological modes of transportation of oil and gas, taking into account operational parameters of oil pipelines and storage equipment;

4. Master of Machinery and Equipment of oil and gas fields is able to:

• provides an effective project development, meeting the requirements of long-term development of the industry (including the use of CAD and computer technology);
• develop and calculate the technical documentation at all stages of the design of machines, equipment and construction of oil and gas production;
draw up solutions to the drawings,
• to develop terms of reference for the design and manufacture of new and improvement of existing models of machines, equipment and construction of oil and gas fields with the feasibility of decisions, taking into account the ecological purity, the level of mechanization and automation of production and labor protection;
• to organize the effective work of the staff on the basis of modern management methods;

5. Master in Development, Production and Operation of oil and gas fields is able to:

• master complex procedures for monitoring the process of exploitation of different hydrocarbon composition;
• field of study and development of reserves;
• apply a wide range of skills, including rapid flooding, the collection of data on production, planning and implementation of field development control programs;
• plan and conduct hydrodynamic studies of wells, interpret the results of GDI for determining the filtration characteristics of reservoirs – permeability, skin factor, well damage, average reservoir pressure, reservoir heterogeneity and reservoir boundaries;
• integrated data processing characteristics of the wells and geological conditions, seismic data, the analysis of geophysical logging, rock properties and fluid to support the results of the HDI;
• make the program analyzes the state of deposits and use multiple methods to monitor and control the process of field development;
• prepare project documentation, depending on the stage of development, the field of study and development of reserves;
• prepare project documents, applying knowledge of regulatory and legislative documents for compliance with the requirements for preparing project documents;
• represent and defend the project documents by the GKZ, HRS / CDC, CDC;
• apply a wide range of skills, including rapid flooding, the collection of data on production, planning and implementation of field development control programs;
• apply knowledge of modern software products to develop hydrocarbon deposits;

6. Master in the Geological and Geophysical problems of development of oil and gas fields is able to:

• apply engineering solutions for the analysis of commercial and technological parameters for the field evaluation;
• apply the spectrum of analytical methods for the evaluation of reservoir properties of the formation and the state of deposits;
• use multiple methods to monitor field development;
• prepare project documentation, depending on the stage of development, the field of study and development of reserves;
• prepare project documents, applying knowledge of regulatory and legislative documents for compliance with the requirements for preparing project documents;
• apply knowledge of Russian reserves calculation of the standard, as well as the SEC (Securities and Exchange Commission) and SPE (Society of Petroleum Engineers) standards;
• interpret the results of GDI for determining the filtration characteristics of reservoirs – permeability, skin factor, well damage, average reservoir pressure, reservoir heterogeneity and reservoir boundaries;
• integrated data processing characteristics of the wells and geological conditions, seismic data, the analysis of geophysical logging, rock properties and fluid to support the results of the HDI;
• be able to work in an international team of experts of Petroleum Engineering;

7. Master of Design and Development of oil and gas fields is capable of:

• conducting sophisticated analytical calculations and experiments on the analysis of design decisions related to the scheduling and arrangement of surface facilities of oil and gas fields;
• general plans to leave the surface taking into account the construction of fields of geospatial data;
• use complex modern software to create production systems, harvesting, transportation and storage of hydrocarbons;
• to apply modern methods of designing surface facilities objects fields using automated project management systems;
• to carry out non-standard calculations for optimization of technological modes of object surface facilities of oil and gas, taking into account the operating parameters of the equipment acquisition, storage and transportation of hydrocarbons;
• able to work well in a multi-disciplinary team of specialists-designers

DISCIPLINES

General Scientific cycle
BASIC part:

Methodological problems of modern science
The general theory of dynamical systems
Economy and management of oil and gas production
Mathematical modeling of problems in the oil and gas industry
Methods of Mathematical Physics

The variable part

Professional foreign language
Energy saving hydrocarbon technology
Computer modeling of the oil and gas business technology
Management of oil and gas process
Engineering and geological software design oil and gas facilities
gathering systems, processing and storage of borehole products
Structural Engineer surface facilities of oil and gas complex

Professional cycle
Basic part

The methodology of design in the oil and gas industry and project management. Computer Aided Design
Information Systems. Manage the development of deposits. Feasibility analysis