Strengthen practical education
Schools should increase opportunities for practical education, such as experimental classes, internships and project practice. In order to cultivate students' practical operation ability and problem-solving ability.
Industry-University-Research combination
Schools can establish closer cooperative relations with enterprises, such as cooperative scientific research projects, common laboratories, and industry tutor systems. Let students get in touch with the real working environment and problems and cultivate their ability to solve practical problems.
Multidisciplinary cross-integration
Engineering education can increase the cross-integration with other disciplines, such as engineering management, innovative design, economics, social science and so on. This can cultivate students' comprehensive thinking ability and teamwork ability.
Cultivate innovative spirit and practical ability
Engineering education should focus on cultivating students' innovative consciousness and practical ability. By offering innovative and entrepreneurial courses and scientific research projects, students' innovative thinking can be stimulated and their practical operation and problem-solving ability can be cultivated.
Emphasize lifelong learning
Engineering education should emphasize the importance of lifelong learning, cultivate students' learning ability and awareness of autonomous learning, and enable them to adapt to the rapidly changing technology and working environment.
Other improvement measures
In addition to the above aspects, there are other measures to improve engineering education, such as the construction of teachers, the flexibility of curriculum, and the improvement of teaching evaluation mechanism. Through these comprehensive efforts, engineering education can better meet the needs of the industry and cultivate more engineering talents with practical ability and innovative spirit.