CAJ | 학술논문

科技进步有力地促进了工程技术发展，工程技术发展又为科技进步提供了强大支撑，同时也对应用型人才应具备的素质和能力提出了新的更高的要求。然而，就实际情况来看，我国高校现有的人才培养模式都不同程度存在着重理论、轻工程实践的问题，所培养的人才还不能适应工程技术现代化的需求，应进一步改进。本文在分析我国工程类应用人才培养现状的基础上，对研究生层次工程类应用人才特征与能力要求进行了研究，并对该类人才的培养模式进行了探索与实践。
과기진보유력지촉진료공정기술발전，공정기술발전우위과기진보제공료강대지탱，동시야대응용형인재응구비적소질화능력제출료신적경고적요구。연이，취실제정황래간，아국고교현유적인재배양모식도불동정도존재착중이론、경공정실천적문제，소배양적인재환불능괄응공정기술현대화적수구，응진일보개진。본문재분석아국공정류응용인재배양현상적기출상，대연구생층차공정류응용인재특정여능력요구진행료연구，병대해류인재적배양모식진행료탐색여실천。
The progress of science and technology has effectively promoted the development of engineering technology, which in turn supports the progress of science and technology, and puts forward new and higher demands for practical skills. However, due to the present training mode which pays more attention to theoretical studies than engineering practice, training cannot fully meet the needs of modern engineering technology and must be improved. Based on an analysis of the status of engineering training in China, we studied the requirements for engineering graduate students＇ practical capabilities as well as the training mode for enhancing those practical skills.