|
| Weight | Weight | Second-level indicators | Third-level indicators | Best-in-class description |
|
Educational philosophy
100 | 0.1 | School orientation
50 | School orientation
20 | Research-oriented or innovative universities, which have scientific plans and can be implemented with notes, are more distinctive |
Training objectives
30 | Emphasis is placed on the all-round development of students, with the cultivation of innovative spirit and practical and self-learning ability |
Educational philosophy
50 | Educational philosophy
30 | With advanced educational concepts, education cultivates students as the main body, has a strong sense of quality, and has a clear concept of innovation ability training |
Teaching status
20 | Make teaching work the most important central work in higher education |
| Subtotal marks | | | | |
Education and teaching
100 | 0.5 | Culture mode
35 | Professional settings
10 | Wide caliber training, large-scale enrollment, to achieve cross-disciplinary integration |
General education
10 | General education is more numerous and more diverse, cultivating students’ complete knowledge and sound personality |
Credit
15 | Under the guidance of teachers, according to the needs of interest and personalized development, flexible choice of learning content, time, and method |
Course teaching
40 | Curriculum system
15 | Establish a multidimensional curriculum structure with functional courses as the backbone, and strengthen the practicality and selectivity of courses |
Teaching content
15 | The implementation of a scientific practice course is combined with the teaching of professors |
Teaching mode
25 | Teaching methods
10 | Relying on the completion of intelligent sensor teaching experiments, students learn independently and cooperate, and teachers provide guidance |
Intelligent teaching
15 | Many courses use intelligent sensor teaching technology to guide students to use hardware and software tools to learn |
| Subtotal marks | | | | |
Scientific research practice
100 | 0.4 | Open trials | Experimental design
30 | Using the intelligent sensor teaching system, a more autonomous and diverse experimental course is designed to comprehensively evaluate the students’ experimental ability |
Laboratories are open
10 | The lab is open for a long time, making the most of the spare time so that the intelligent sensor system covers every student |
Scientific research activities
45 | Base construction
15 | In the innovation base, we provide students with a good intelligent sensor teaching test system |
Project funding
15 | Adequate funding for student courses |
Scientific research system
15 | Mature innovation management mechanism and evaluation system, covering resource allocation, policy support, process supervision, results acceptance, etc. |
Social
15 | Practical training
15 | There is a stable off-campus practice base, which can better reproduce the teaching results of the intelligent sensor |
| Subtotal marks | | | | |
| Score | | | | |
|
