Farid Babayev

Highly motivated graduate with a commendable background in the area of Petroleum engineering. Hardworking and passionate job seeker with strong problem-solving skills eager to secure entry-level Petroleum Engineer position. Ready to help the team achieve company goals.

• Entrance exam to higher education institutions held by the State Examination Center - 640/700
• A good mark was achieved on the final year research project "Application of Geosteering in Horizontal Drilling." - 94/100
• A commendable mark was achieved on the course project titled "Field Development Planning." - 93/100

IELTS - 6.5/9

IELTS is a global standardized test assessing English language proficiency for non-native speakers.

Course Project - Field Design (02.2022-06.2022)

• The design of surface facilities, including pumps, compressor systems, separation units, and pipelines, is addressed in this course's projects.
• To minimize operational costs, an effective well placement strategy and surface facility layout were designed to optimize hydrocarbon recovery.
• To reduce the risk of accidents and environmental incidents, robust safety systems were implemented.

Field Development Planning (09.2023-05.2024)

• Subsurface geological data were analyzed to characterize reservoir properties, including porosity, permeability, fluid saturation, and other relevant parameters.
• The trajectory, casing, and completion design of the wells were planned and executed to optimize reservoir performance. A detailed drilling program, including timelines, equipment selection, and drilling fluids, was also developed and implemented.
• Cash flow analysis and risk assessment have been conducted, and the return on investment (ROI), net present value (NPV), and internal rate of return (IRR) have been evaluated to determine the project's profitability.

Diploma Work - Application of Geosteering in Horizontal Drilling (09.2023-05.2024)

• The research demonstrated enhanced wellbore positioning accuracy, leading to better reservoir targeting and increased hydrocarbon recovery, while also achieving more efficient drilling operations by minimizing inefficiencies and reducing non-productive time (NPT).
• The research demonstrated that using LWD and MWD data to identify the most permeable zones enhances recovery rates and results in cost savings.

• Football
• Volleyball
• Table Tennis
• Reading
• Continuous Learning
• Hiking
• Swimming
• Bike Riding
• Travelling