CUP Campuses

The Changping Campus of China University of Petroleum (Beijing) serves as a key educational and research base in the capital region, focusing on advanced studies in energy and petroleum sciences. Located in a serene suburban area, it provides an ideal environment for academic pursuits and innovation in energy-related fields.

• Petroleum Engineering: Advanced training in upstream and downstream oil and gas technologies.
• Geology and Geophysics: Focused on resource exploration and seismic analysis.
• Energy Economics and Management: Combining technical and business skills for energy sector leadership.
• Chemical Engineering and Technology: Researching innovative petrochemical solutions.
• Renewable Energy Engineering: Exploring sustainable alternatives like solar and wind energy.
• Automation and Control Engineering: Developing smart systems for energy operations.
• Safety Engineering: Ensuring operational safety in high-risk energy environments.

This campus is equipped with modern laboratories and collaborates with national and international energy firms for research and development. Students are encouraged to engage in cutting-edge projects that address global energy challenges, such as energy efficiency and carbon reduction. The campus also emphasizes interdisciplinary learning, blending engineering with policy and economics to produce well-rounded professionals for the energy industry.

The Karamay Campus of China University of Petroleum (Beijing) is strategically located in Xinjiang, a region rich in oil and gas resources. Established to support the energy industry in western China, this campus focuses on practical training and regional development needs, offering specialized programs in petroleum and related fields.

• Petroleum Engineering: Tailored to regional oilfield operations and technologies.
• Geological Engineering: Focused on resource exploration in challenging terrains.
• Oil and Gas Storage and Transportation: Specializing in logistics and infrastructure.
• Chemical Engineering: Addressing local petrochemical industry requirements.
• Environmental Protection Technology: Mitigating the ecological impact of energy extraction.
• Information Engineering: Supporting digital solutions for oilfield management.
• Energy Resource Management: Training for efficient resource utilization.

The campus collaborates closely with local energy enterprises, providing students with hands-on experience in real-world settings. Its programs are designed to address the unique challenges of the region, such as harsh environmental conditions and remote logistics. Graduates are equipped to contribute to the sustainable development of Xinjiang’s energy sector while gaining skills that are transferable to global energy markets.

The Qingdao Campus of China University of Petroleum (East China) is the main campus and a hub for academic excellence in petroleum and energy studies. It offers a wide range of programs tailored to meet the demands of the energy sector and beyond. The campus is renowned for its state-of-the-art facilities and research centers focused on oil and gas exploration, petrochemical engineering, and renewable energy solutions.

• Petroleum Engineering: A flagship program focusing on exploration, drilling, and production technologies.
• Chemical Engineering: Emphasizing petrochemical processes and sustainable industrial practices.
• Geosciences: Covering geology and geophysics for resource exploration.
• Mechanical Engineering: Specializing in machinery and equipment for the energy sector.
• Environmental Science and Engineering: Addressing pollution control and sustainable energy practices.
• Computer Science and Technology: Supporting digital transformation in energy industries.
• Business Administration: Tailored for management roles in the petroleum and energy markets.

Students at this campus benefit from industry partnerships, internships, and collaborative research opportunities with leading energy companies. The curriculum integrates theoretical knowledge with practical applications, preparing graduates for global challenges in energy production and sustainability. The campus also offers interdisciplinary programs to foster innovation in emerging fields like carbon capture and renewable energy technologies.