Research on the Cultivation Method of Mechanical innovation ability for College Students in New Era

Abstract

The world has entered a new era which has a higher requirement for innovation ability. The innovation ability has become an increasingly decisive key factor which determines the economic prosperity for all countries in the world. Therefore , it is necessary in order to cultivate a number of high-quality and innovative talents. For Mechanical Engineering college students, mechanical innovation is the best way to improve the competitiveness and boost their self-worth. However, the development of college students' mechanical innovation ability is still not mature. In this paper, the main problems of innovation ability training at present and some re asons for the poor mechanical innovative abilities of college students are initiatively analyzed, and some effective methods for college students' mechanical innovation ability cultivating are studied. These researches are extremely important to promote the development of college students' mechanical innovation ability enough. Finally, the methods were adopted in the experimental class. The results indicated that student's mechanical innovation ability has been improved, and the students are very happy with these cultivation methods.

Hexakis(urea-O)iron Complex Salts as a Versatile Material Family: Overview of Their Properties and Applications

“…Compound 1 was added as a high-utilization-rate fertilizer specialized for wheat as a trace element additive, which simultaneously increased the soil’s water-keeping ability, quality, and fertility as well. − Compound 1 was used as nitrogen and trace element fertilizer for fruits like peaches, − grapes, and strawberries − and as a slow-releasing fertilizer for grapefruit . Similarly, compound 1 is a slow-release trace element root fertilizer additive for tomato, radish, eggplant, cauliflower, lettuce, and chili. − In the case of tea and stevia rebaudiana, the well-grown and high-yield leaves are essential, and due to the long life cycle compound 1 as a slow-release fertilizer had good results. , …”

“… 111 − 115 Compound 1 was used as nitrogen and trace element fertilizer for fruits like peaches, 116 − 118 grapes, and strawberries 119 − 121 and as a slow-releasing fertilizer for grapefruit. 122 Similarly, compound 1 is a slow-release trace element root fertilizer additive for tomato, 123 radish, 124 eggplant, 125 cauliflower, 126 lettuce, 127 and chili. 128 − 130 In the case of tea and stevia rebaudiana, the well-grown and high-yield leaves are essential, and due to the long life cycle compound 1 as a slow-release fertilizer had good results.…”

Cultivation of College Student’s Innovative Ability Based on OBE

“…That OBE theory emphasizes the reality of education output, teaching as an important cultivation index of engineering practice's ability and has been applied to the teaching. There are many engineering colleges and some related teachers for cultivation methods of innovation ability to have carried out a wide range of research work [1][2][3][4][5][6][7][8][9]. The related research has a certain scale and depth, but there are still some problems.…”