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NMy teaching philosophy is centered on the conviction that students learn best through active discussion and by connecting course material directly to real-world problems.
In the classroom, my primary goal is to foster critical thinking and empower students to develop their own ideas. I achieve this through a student-centered, inquiry-based approach. Rather than lecturing, I facilitate learning by constantly posing challenging questions that encourage students to think logically, debate concepts, and respond to one another's insights. My role is dynamic: I shift between being a facilitator and a guide on the side, only employing teacher-centered methods when introducing foundational concepts. Ultimately, I strive to ensure students leave the course equipped not just with knowledge, but with the confidence to ask questions and think critically about the world.one
Petroleum Engineering, Petrochemical, and Renewable Energy.
I held a pivotal role as a Research Assistant for a range of foundational and advanced courses within the Petroleum Engineering curriculum. My responsibilities spanned academic support, research facilitation, and practical instruction across core disciplines, including Petroleum Reservoir Engineering I & II, Petroleum Drilling Engineering I & II, Petroleum Production Engineering I & II, and the Petroleum Fluid Properties course.
I functioned as a Research Assistant for a comprehensive suite of courses, contributing instructional and research support to core Petroleum Engineering subjects. This included Petroleum Reservoir Engineering I & II, Petroleum Drilling Engineering I & II, Petroleum Production Engineering I & II, and Petroleum Fluid Properties, as well as the foundational engineering course Engineering Drawing.
I provided research and instructional support as a Research Assistant for key second-level Petroleum Engineering courses, including Petroleum Reservoir Engineering II, Petroleum Production Engineering II, and Petroleum Drilling Engineering II. I also supported the foundational science course, General Chemistry.
Hatif, F. S., Fadhil, O. K., Abdulrahman, N. A., & Khorsheed, O. A. (2025). Maximizing Oil Well Production in the Buzurgan Oil Field with an Optimized Gas Lift: A Simulation Analysis Utilizing PROSPER. EURASIAN JOURNAL OF SCIENCE AND ENGINEERING, 11(1), 82-95.
