Master’s degree programme Reservoir and production engineering
Duration (years): 2
Credit (ECTS): 120
Qualification Awarded: Reservoir and production engineering
Level of Qualification: Master's Degree
Language of Instruction: English
Mode of Study: Full-time
Locations: Perm, Russia
Study Type: Campus
What you will study
In Stage 1, you will study topics such as Petrophysics, Wells, Facilities and Business Essentials.
In Stage 2 you will study; Language (professional), Business cooperation, Occupational health and safety, and Operation of oil and gas wells and field facilities.
In Stage 3, you will study topics such as Petroleum economy and management, Project management, Integrative modelling of oil and gas fields and Well equipment operation for oil and gas production .
Stage 4 is the final stage, where you will focus on the Individual Project Report. Successful completion will award the MSc Reservoir and production engineering.
Each course provides practice:
1 course - technology practice;
2 course - pre-diploma practice.
All modules/stages feature petroleum engineering laboratories, a field trip, seminars with industry and communication skills classes.
The oil and gas industry offers a variety of careers for graduates of this programme to work at its refineries, terminals, chemical plants, or on exploration and production on-shore/off-shore facilities. The following are examples of some of the career options available either off-shore or on-shore:
- Petroleum Engineer
- Production Engineer
- Drilling Engineer
- Reservoir Engineer
- Process Engineer
- Petroleum Geologist
- Project Engineer
- Research & Development
Upon successful completion of this programme the graduates are expected to:
- Have an in-depth knowledge and understanding of the processes and technologies involved in the production, separation, and secure transport of oil and gas;
- Use analysis tools and skills acquired to plan for drilling and safe recovery of oil and gas for different types of reservoirs;
- Use mathematics, basic science, and engineering techniques to solve problems related to oil and natural gas production;
- Be familiar with the elements of oil and gas systems and their important role in the recovery and production of hydrocarbons;
- Use available measurement data and simulation software to reconstruct a three-dimensional model of hydrocarbon reservoir;
- Have an in-depth understanding of system design and operation of oil and gas transport in different environments including testing and monitoring of the system using computer simulations and laboratory equipment;
- Be aware of the impact and role of hydrocarbons on social, economic, and environmental factors;
- Have a good understanding of the economics associated with the recovery and production of hydrocarbons;
- Have deep knowledge of engineering concepts and technical requirements associated with surface production facilities;
- Have a good understanding of the impact of geological properties and heterogeneities on the overall performance of the hydrocarbon reservoir;
- Be aware of possible faults related to reservoir connectivity and ways of dealing with faults and accidents.
If you have any questions regarding admission process, you can either:
- send all your questions (as well as the scans of your documents) to Foreign students faculty email@example.com
- make a call to Foreign students faculty, tel.: + 7 (342) 2198 944