PhD in Energy Physics Science and Technology (taught in Chinese)

China University of Petroleum Beijing (CUPB), established in 1953, is a specialized institution located in Beijing and focused on petroleum engineering, energy studies, and related technical disciplines. The university serves around 16,000 students and is known for industry-aligned teaching, applied research, and partnerships with energy companies. CUPB combines technical depth with growing initiatives in sustainable and renewable energy fields, preparing graduates for careers in a transforming global energy sector.

CUPB offers a broad range of degree options, including undergraduate, master, and doctoral programs, and provides resources such as laboratories, research centers, and industry connections. International students can access scholarships, language training, and tailored supports, while campus facilities include modern libraries, sports centers, and student services. The university also highlights opportunities for fieldwork and internships that link theoretical study to practical outcomes.

Located in Changping District near historical sites and natural landscapes, CUPB gives students a balance of academic focus and quality of life, with affordable accommodation and active campus life. Prospective international applicants should prepare academic records, language test results, and scholarship applications in advance, and reach out to the international office for guidance on visas, housing, and program choices to ensure a smooth start.

The PhD in Energy Physics Science and Technology is a 4-year program at China University of Petroleum Beijing, taught in Chinese. It's for students who want to pursue a career in physics and energy science. The program helps students gain advanced knowledge in energy physics.

The curriculum covers specific subjects like energy physics, science, and technology. Students develop skills in research, data analysis, and problem-solving. The program includes hands-on components like experiments and projects to help students apply theoretical knowledge in practical situations.

Graduates can pursue careers as Research Scientists, Energy Consultants, Physics Teachers, or Data Analysts. They can work in industries like energy, education, or research institutions, and employers like universities, government agencies, or private companies.