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Cores

Undergraduate Program
1.Develop students’ ability to apply mathematics, science, and knowledge of power mechanical engineering.
2.Train students to identify key problems and possess the ability to design, conduct experiments, and analyze and interpret data.
3.Cultivate students’ abilities in management knowledge, computer and information technology, and searching for and reading technical reports.
4.Develop students’ abilities in designing and operating power mechanical systems, as well as operating, maintaining, and establishing manufacturing processes.
5.Cultivate students’ abilities in project management (including financial planning), effective communication, responsible work attitudes, and teamwork.
6.Develop students’ abilities to identify, analyze, and apply research results in solving complex and integrated engineering problems.
7. Cultivate students’ awareness of global trends and industrial developments, promoting energy conservation, sustainable development, lifelong learning, and innovative thinking.
8. Cultivate students’ understanding of professional ethics, social responsibility, and respect for diverse perspectives.
  
Master’s Program
1.Cultivate students with professional knowledge in power mechanical and electromechanical engineering.
2.Develop students’ abilities in design, system integration, and conducting research projects.
3.Cultivate students’ ability to write professional academic papers.
4.Develop students’ abilities in research innovation and independent problem-solving.
5.Cultivate students’ ability to coordinate and integrate with professionals from different fields.
6.Cultivate students’ global perspective and basic foreign language communication skills.
7.Develop students’ abilities in leadership, management, and planning.
8.Cultivate students’ understanding of domestic and international developments in mechanical and electromechanical technologies, with professional ethics and lifelong learning abilities.
  
In-Service Master’s Program
1. Cultivate students with professional knowledge in power mechanical and electromechanical engineering.
2. Develop students’ ability to plan and conduct practical research projects.
3. Cultivate students’ ability to write professional academic papers.
4. Develop innovative thinking and independent problem-solving abilities.
5. Cultivate students’ ability to coordinate and integrate with professionals from different fields.
6. Develop students’ global perspective and basic foreign language communication skills.
7. Cultivate students’ abilities in leadership, management, and planning.
8. Cultivate students’ understanding of domestic and international developments in mechanical and electromechanical technologies, with professional ethics and lifelong learning abilities.
  
Doctoral Program
1. Cultivate students with professional knowledge in mechanical and electromechanical engineering.
2. Develop students’ ability to plan and conduct research on professional problems at an international level.
3. Cultivate students’ ability to write professional academic papers.
4. Develop students’ innovative thinking and structured, systematic analytical abilities.
5. Cultivate students’ abilities in communication, coordination, leadership, and interdisciplinary collaboration.
6. Develop students’ international perspectives, understanding of global mechanical industry trends, and abilities in foreign language reading, writing, and communication.
7. Cultivate students’ leadership, management, and planning abilities.
8. Cultivate students’ lifelong learning and self-development abilities.