“选冶(化)材”一体化复合型高级人才培养模式研究  

作　　者：路漫漫[1] 余洪[1] 梁欢[1] 刘明霞 张汉泉[1] 

机构地区：[1]武汉工程大学,武汉430205

出　　处：《高教学刊》2025年第9期159-162,共4页Journal of Higher Education

基　　金：湖北高校省级教学研究项目“基于‘微视频+课堂翻转’的《表面物理化学》教学模式改革研究”(2017336)、“基于‘中试车间’的生产实习基地建设探索”(2017328);武汉工程大学研究生教育改革研究项目“选冶(化)材一体化复合型人才培养模式研究”(2021JYXM09)。

摘　　要：传统培养模式下矿物加工工程专业硕士生研究领域不宽,难以适应现代矿产资源开发技术难度大、专业交叉融合度高的要求,就业面窄。基于选冶结合、矿化结合、材冶结合和矿环结合科研平台,面向研究生培养进行“选冶(化)材”复合型高级人才培养模式改革,优化师资结构,通过参与选矿、冶金、环境和矿物材料交叉学科的科学研究与实践,全方位拓宽矿物加工专业和资源与环境领域研究生的专业视野;培养“大工科“”大矿业”的思维意识,使学生成为具有矿产资源开发领域大局意识、综合意识和全局意识的新型工程师,具备从事金属提取加工领域的综合科学研究和协同创新能力,为学科交叉复合型高级人才培养提供示范。Under the traditional training mode,the research field of master students majoring in mineral processing engineering is not wide,so it is difficult to meet the requirements of high technical difficulty and high degree of cross integration of modern mineral resources development,and the employment area is narrow.Based on the scientific research platform of the combination of beneficiation and metallurgy,mineralization,material and metallurgy and mine environment,we reform the training mode of compound senior talents of"Mineral processing-Metallurgy(chemical)-Materials"for graduate training,optimize the structure of teachers,and broaden the professional vision of graduate students majoring in mineral processing and resources and environment by participating in the scientific research and practice of interdisciplinary disciplines of beneficiation,metallurgy and mineral materials.We cultivate the students'thinking consciousness of"big-engineering"and"big-mining",and make students become new engineers with overall situation consciousness,comprehensive consciousness and overall consciousness in the field of mineral resources development,capable of comprehensive scientific research and collaborative innovation in the fields of metal extraction and processing,so as to provide a demonstration for the cultivation of interdisciplinary and compound senior talents.

关 键 词：学科交叉 矿物加工 选冶结合 材冶结合 复合型高级人才 

分 类 号：G643[文化科学—高等教育学]