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Front Cover |
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133-137 |
Z.J. Pudlowski |
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138 |
Y. Zhan, L. Liang, X. Lan,
J. Zhu & Q. Lin |
Research on a CDIO-based practical teaching system in a Logistics Engineering major |
139 |
| T. Chen |
Research on e-commerce talent training based on service congregation |
146 |
| G. Li |
Teaching mode innovation for undergraduates in operations management |
152 |
| G. Zhou, T. Xu & Y. Feng |
Could the home institution do better? Application of symbiosis theory in the science foundation community |
158 |
Y. Sun, C. Liang, S. Ji &
Y. Wan |
International collaboration and discipline development in automation control systems: a comparative analysis of China and USA |
164 |
| W. Tan & S. Zhou |
Evaluation of the innovation ability of engineering students based on entropy theory |
171 |
| G. Chen & J. Zhang |
A case study of factors influencing the learning of engineering students |
176 |
| M. Chu, S. Li & F. Yang |
Using factor analysis to train students of an engineering major to innovate |
181 |
| F. Zhang, Y. Zhang, X. Ai & X. Li |
Research on a 2+1+1 IT professional talent training mode based on the CDIO engineering education concept |
186 |
| W. Bao |
Research on college English teaching based on intercultural communication in engineering universities |
191 |
| Z. Liu |
Research on cultivating employment competence of students in applied engineering universities |
196 |
Y. Sun, G. Jiang, G. Li,
H. Xiong & P. Tao |
Application of modern simulation technology in a mechanical design course for outstanding engineers |
203 |
| G. Yang |
Application of simulation in theory of machines and mechanisms for excellent engineering training |
209 |
| G.S. Sharygin, L.A. Bokov & L.I. Sharygina |
Continuous project study within the Russian system of higher engineering education |
215 |
| S. Song & W. Wu |
Research and practice of the cultivation mode of application-oriented talents for students majoring in mechanical engineering |
221 |
| J. Njock Libii |
Investigation of the effects of energy losses on the flow rates delivered by a siphon: a comparison of analytical and experimental results |
225 |
| L. Cai |
Optimisation of engineering education practice resources based on a planning model |
231 |
| X. Qian |
Construction and application of an educational game based on the ARCS model |
236 |
| J. Yang |
Teaching reform using experimental classes, a tutor system and project orientation in a software specialty at a vocational educational institute |
242 |
| Y. Li |
Teaching reform of the Engineering Project Valuation course based on the PBL method |
246 |
| K. Tao & Z. Shanhong |
The distance teaching model of information and technology based on CSCL |
251 |
| R.B. Ward |
Commanding a new look at leadership |
256 |
| S. Kang, Y. Wang, P. Wang, D. Lu, M. Zhou & X. Liang |
Development of a teaching experiment platform for a signal generator based on LabVIEW |
261 |
| J. Luo |
Improving student employment rates through education in modern higher vocational colleges |
266 |
| Q. Yin & J. Zhang |
Improving the teaching effectiveness of an SCM course |
271 |
D. Li, B. Wang, D. Yuan
& Q. Xie |
Training of innovative IT talent based on engineer cultivation |
276 |
| B. Xie & Y. Ma |
Civil engineering education based on work-integrated learning in China |
280 |
| T. An & R. Ran |
Employment confidence index of college students with engineering majors based on BP-ANN and AHP |
284 |
| W. Li |
Development of a vocational college course on metro service telephone communication system maintenance based on work process |
289 |
Z. Niu, A. Wang, H. Xu,
L. Li & Z. Li |
Teaching reform of the Introduction to Metal Cutting Machine Tools course for the Excellent Engineers Training Plan |
294 |
| T. Zhang & M. Yin |
Applying humanistic values to computer practical teaching for quality education |
298 |
| W. Zhu |
College and enterprise education for the joint cultivation of excellent transportation engineers |
302 |
Q. Quan, P. Li, J. Zhang,
Z. Si & B. Shen |
Reform of the teaching method of the hydrological survey experiment projects for the Hydrology and Water Resource Engineering major |
308 |
| X. Zhang |
A coupling mechanism for innovation education for engineering students based on knowledge management |
312 |
| E. Alexandri & A. Tzanavara |
New technologies in the service of museum education |
317 |
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321 |