Department Overview

The METU Department of Petroleum and Natural Gas Engineering provides a comprehensive engineering education focused on the exploration, development, and management of subsurface energy resources. The program equips students with the ability to think in systems, operate across disciplines, and manage complex processes from reservoir analysis to production operations. Built on a strong foundation in core engineering, the curriculum integrates laboratory work, field-oriented training, and advanced reservoir and simulation studies. Students develop the skills to analyze uncertainty, make informed technical decisions, and communicate complex engineering concepts effectively. By graduation, they are prepared to work as globally competitive engineers capable of bridging theoretical knowledge with real-world energy systems, including both conventional and emerging energy technologies.

Key Highlights

● Top Global Ranking

Consistently ranked among the top programs worldwide; ranked 8th globally among 176 petroleum engineering programs according to 2025 data.

● ABET-Accredited Education

Accreditation ensures internationally recognized quality standards and strong global employability.

● Versatile Career Pathways

Graduates pursue careers in:

○ Drilling, completion, production, and reservoir engineering

○ International and national energy companies

○ Energy transition fields (CCUS, hydrogen storage, geothermal)

○ Academia and research institutions

○ Data analytics, project management, and energy economics

● Active Role in Energy Transition

Develop expertise in emerging areas such as carbon capture and storage, unconventional resources, and sustainable production technologies.

● Early and Continuous Industry Exposure

Internship opportunities and the Long-Term Candidate Engineering Program provide real industry experience before graduation.

● Strong Industry & Professional Network

Interaction with sector leaders through Industry–Academia Energy Meetings and collaboration with professional organizations such as SPE.

● Student-Led Professional Development

Active student communities organize technical training sessions, site visits, and career-oriented events.

● Project-Based & Research-Oriented Learning

Opportunities to work on real industry problems and participate in undergraduate research through programs such as ADIMETU and TÜBİTAK STAR.

Real Experience

The program begins with a strong foundation in core engineering disciplines, including mathematics, physics, programming, mechanics, and thermodynamics, shared with other engineering programs to establish a broad analytical perspective.

From the third year onward, the curriculum becomes increasingly specialized and application-oriented. Laboratory work, simulation studies, and field-based courses immerse students in real engineering challenges, enabling them to translate theoretical knowledge into practice.

In the final year, students work on comprehensive projects based on real field data, integrating reservoir modeling, production strategies, and engineering design. These projects simulate real-world energy operations, requiring technical precision, teamwork, and effective decision-making under complex conditions.

Throughout their studies, students develop key professional competencies such as time management, problem prioritization, interdisciplinary collaboration, and technical communication in both written and oral formats.

English-medium instruction and an international academic environment support alignment with global engineering standards and professional practices.

By graduation, students are equipped not only with technical expertise, but also with the ability to approach complex energy challenges as systems thinkers and responsible professionals in a rapidly evolving global industry.

For further information: https://pete.metu.edu.tr/en