CIPTC Campuses

The Beijing Main Campus of CIPTC offers a comprehensive range of programs focused on petroleum engineering, chemical processing, and international trade in energy sectors. Students engage in rigorous coursework designed to meet the demands of the global energy industry.

• Petroleum Engineering: This core program covers exploration, drilling techniques, reservoir management, and production optimization. Students learn advanced simulation software and participate in field simulations to understand upstream operations.
• Chemical Engineering: Emphasizing petrochemical processes, this course includes thermodynamics, reaction engineering, and process design. Practical labs focus on refining crude oil into usable products like gasoline and polymers.
• International Energy Trade: Courses explore global markets, supply chain logistics, and regulatory frameworks for oil and gas trading. Case studies from OPEC decisions and geopolitical impacts are analyzed.
• Environmental Management in Energy: Addressing sustainability, this program teaches pollution control, carbon capture technologies, and renewable integration into fossil fuel sectors. Field trips to refineries highlight eco-friendly practices.
• Oil and Gas Safety Engineering: Training in risk assessment, emergency response, and safety protocols for offshore and onshore operations. Includes certifications in HAZOP and process safety management.

Additionally, the campus provides specialized electives in data analytics for energy forecasting, using AI and big data to predict market trends. Hands-on projects with industry partners like Sinopec ensure graduates are job-ready. The curriculum integrates theoretical knowledge with practical applications, fostering innovation in clean energy transitions. Research opportunities in hydrogen fuel and biofuels are available, supported by state-of-the-art labs. Overall, CIPTC's Beijing campus equips students with skills for leadership roles in the dynamic energy landscape, promoting both technical expertise and ethical considerations in resource management. With a focus on interdisciplinary learning, programs encourage collaboration across engineering, business, and policy domains to tackle global challenges like energy security and climate change.

The Dalian Extension Campus concentrates on refining technologies and vocational training for the petrochemical workforce. It serves as a hub for short-term certifications and advanced diplomas.

• Refinery Operations: Hands-on training in unit operations like hydrocracking and alkylation. Simulators replicate control room environments.
• Instrumentation and Control Systems: Courses on PLC programming, sensor calibration, and automation in processing plants. Focus on Industry 4.0 integration.
• Vocational Petrochemical Skills: Practical modules in welding, piping, and maintenance for oil facilities. Aligned with national skill standards.
• Energy Project Management: PMP-style training for overseeing construction and upgrades of refineries. Includes budgeting and stakeholder engagement.
• Safety and Health in Industry: OSHA-equivalent courses on ergonomics, chemical exposure, and fire suppression in high-risk settings.

Extension programs offer flexible scheduling for working professionals. Partnerships with Dalian Shipbuilding provide dual training opportunities. Research in catalyst development enhances efficiency. The campus's location near industrial zones ensures immediate application of knowledge. Emphasis on lifelong learning through continuing education credits. Graduates fill critical roles in maintenance and operations. Curriculum adapts to emerging needs like biofuel blending. Community outreach includes safety awareness campaigns. CIPTC Dalian bridges academia and industry, promoting upskilling in a rapidly evolving sector.

The Qingdao Satellite Campus targets maritime and offshore energy sectors, leveraging the city's port advantages. Programs focus on naval architecture integrated with petroleum technologies.

• Offshore Oil and Gas Engineering: Courses on platform design, subsea systems, and FPSO operations. Students use CAD software for modeling deepwater installations.
• Marine Chemical Engineering: Explores corrosion prevention, ballast water treatment, and shipboard chemical handling. Field exercises on Qingdao's docks simulate real scenarios.
• Renewable Ocean Energy: Introduction to wind farms, tidal power, and hybrid systems with oil rigs. Emphasizes feasibility studies for China's coastal developments.
• Port and Terminal Management: Training in LNG handling, tanker operations, and customs procedures. Includes risk management for hazardous cargo.
• Environmental Impact Assessment: Methods for monitoring marine ecosystems during drilling. Covers restoration techniques post-spill events.

Specialized tracks in underwater robotics and remote sensing support exploration. Collaborations with Qingdao Port offer practical exposure. Research initiatives explore blue economy synergies, blending traditional energy with ocean renewables. The compact campus facilitates intensive workshops and simulations. Graduates are primed for careers in offshore companies like CNOOC. Curriculum incorporates safety drills and emergency protocols tailored to maritime hazards. Broader electives in international maritime law address disputes in South China Sea resources. CIPTC Qingdao emphasizes resilience training, preparing students for extreme weather challenges in offshore work. Through community projects, the campus contributes to local sustainable fishing and energy practices, fostering responsible innovation.

The Shanghai Regional Campus specializes in downstream petrochemical industries, offering tailored programs that align with China's manufacturing hub status. Courses emphasize innovation in chemical production and supply chain efficiency.

• Petrochemical Processing: In-depth study of distillation, cracking, and synthesis processes. Students design pilot plants for producing ethylene and propylene, key to plastics manufacturing.
• Supply Chain Management for Chemicals: Covers logistics, inventory control, and international shipping regulations. Simulations model disruptions like those from trade wars or pandemics.
• Advanced Materials Science: Focuses on polymer engineering, nanotechnology in catalysts, and biodegradable materials. Labs explore applications in automotive and electronics industries.
• Energy Economics and Policy: Analyzes pricing mechanisms, subsidies, and trade agreements in Asia-Pacific. Guest lectures from industry executives discuss Belt and Road Initiative impacts.
• Quality Control and Compliance: Training in ISO standards, lab testing, and regulatory adherence for chemical exports. Includes Six Sigma methodologies for process improvement.

Electives include digital transformation in refineries, using IoT and blockchain for traceability. Partnerships with local firms provide internships in Shanghai's chemical parks. The campus promotes research in green chemistry, reducing emissions through efficient catalysis. Students benefit from a vibrant ecosystem connecting academia with Shanghai's port and trade networks. Programs stress practical skills, with capstone projects solving real-world issues like waste minimization in production. CIPTC Shanghai fosters a global perspective, preparing graduates for roles in multinational corporations. Emphasis on soft skills like negotiation and cross-cultural communication enhances employability in international ventures. Through seminars on sustainable development goals, the curriculum addresses environmental stewardship alongside economic growth, ensuring holistic professional development in the petrochemical field.