专业代码：081903 学科门类：工学

Code of Specialty: 081903 Department of Discipline:Engineering Science

一级学科：矿业工程学分要求：40

First-grade Discipline:Mineral Engineering Credit Setting:40

一、学科（专业）概况（Diciplines Instruction）

矿物加工工程学科于2000年恢复建设，2003年获得博士、硕士学位授予权。先后被批准为辽宁省重点学科、辽宁省特色人才培养基地、辽宁省普通高校重点扶持专业。

本学科具有年龄结构合理、学历层次高、富有开拓创新意识，学术成果丰硕的师资队伍。

本学科现拥有矿物加工与利用-辽宁省重点实验室及辽宁省采矿与矿物开发利用工程技术研究中心。包括“100kg/h扩大连续选矿中试线”及X射线荧光光谱仪等大型先进仪器设备，可以完成选煤-选矿和非金属矿加工利用、煤化工及洁净能源等矿物加工工艺、工程技术；共伴生矿物、矿山固体废弃物及尾矿等二次资源综合开发利用等工作。先后主持完成国家科技支撑计划项目、国家自然科学基金、“973计划”等国家级科研项目10余项；省部级科研项目20余项；校企合作项目50余项；获省部级、市级奖励20余项；获批发明专利、实用新型专利10余项；出版专著、教材5部；发表学术论文300余篇，其中SCI、EI、ISTP检索40余篇。

本学科主要研究领域有：矿物加工理论与技术；功能矿物材料；矿物资源综合利用；洁净能源与煤化工。培养的毕业生就业于高等学校、科研院所、设计院及矿山企业。

Mineral processing engineering disciplines to restore the building in 2000, July 2003 to obtain Ph.D., master's degree awarded.Has been approved asLiaoningProvince key disciplines, Liaoning Province specialty training base, Liaoning Province colleges and universities focus on supporting professional.

This discipline has reasonable age structure, high education level, the rich innovation consciousness, and fruitful faculty academic achievements.

Now this discipline has mineral processing and utilizing – Liaoning Provincial Key Laboratory and the mining and mineral exploitation Engineering Research Center; Including “100 kg/h expand continuous dressing pilot line” and X-ray fluorescence spectrometer and other large-scale advanced instruments and equipment.Thesecan meet and complete processing and non-metallic mineral processing and utilization, coal chemical industry and clean energy and other mineral processing technology, engineering technology; Common associated minerals, mining solid waste and tailings and other secondary resources comprehensive exploitation and utilization, etc. Successively presided over andcompleted the National Scientific and Technological Support Program, the National Natural Science Fund, "973 plan" more than 10 of national research projects; More than 20 provincial and ministerial level scientific research projects；School-enterprise cooperation projects in more than 50; Provincial and ministerial level, municipal incentives more than 20;Granted invention patents, utility model patents more than 10;Publication of monographs, textbooks of 5;Published more than 300 papers,in which SCI, EI, ISTP retrieved of more than 40 articles.

This discipline mainly research fields as follows: Mineral processing theory and technology; Function mineral materials; Comprehensive utilization of mineral resources; Clean energy and coal chemical industry.Cultured graduates work at colleges and universities, research institutes, design institutes and mining enterprises.

二、培养目标（Training Objectives）

矿物加工工程学科培养具备坚实的基础理论和较宽广的专业知识；较为熟练地掌握一门外国语；了解本学科理论研究和工程技术的前沿动态，了解相邻学科的有关知识；具有一定的理论分析、试验研究及计算机技术方面的能力，具有与时俱进的创新意识，能结合与本学科有关的实际问题从事科学研究或担负专门工程技术工作，并取得较系统的研究成果，从事矿物加工工程方面的教学、科研、设计、管理或相关工程技术工作的创新型人才。

Mineral processing engineering discipline educate and possess with solid basic theory and wide professional knowledge; More skillfully master a foreign language; Understanding this discipline theory research and engineering technology at the forefront of the dynamic, understand the concerned knowledge of adjacent disciplines; Has a certain theoretical analysis, experimental research and the ability of computer technology, has innovation consciousness of keeping pace with the times, can combine with the practical problems related to this subject to engage in scientific research or specialized engineering and technical work and achieve a system research, engage in mineral processing engineering teaching, scientific research, design, management or relate engineering and technical work of the innovative talents.

三、学制与学习年限（Academic structure andYears of learning）

学制：3年；学习年限：2-5年。

Academic structure: 3 years;Years of study: 2-5 years.

四、研究方向（Research Orientation）

五、课程设置（Curriculum）