最低毕业学分规定 

Graduation Credit Criteria 

一、 培养目标与毕业要求 

Ⅰ Educational Objectives &Requirement 

（一） 培养目标 

采矿工程专业在秉承几十年专业建设的深厚积淀基础上，以培养基础宽、能力强、素质高、适应国内外现代矿山技术发展需要，具有较强实践能力、语言沟通能力、创新意识与创新能力，具备在固体矿床开采（含金属和非金属开采）、矿山安全、爆破工程领域从事生产、管理、设计及科研能力的高级工程技术人才。 

（1） 具有良好的人文社会科学素养、较强的社会责任感和工程职业道德。 

（2） 具有较扎实的数学、物理、计算机科学等方面的自然科学基础，并能利用数学和科学理论和技术手段分析并解决工程问题，具有技术革新、新技术及新工艺研究的初步能力。 

（3） 掌握与矿山企业管理相关的国家有关科学技术、安全生产、劳动保护和环境保护等方面的政策和法规，紧跟国际矿业工程的理论前沿和最新发展动态，以及矿业工程领域相关产业发展状况。 

（4） 具有利用所学专业基础知识和技术手段解决矿产资源露天开采以及地下开采过程中所遇到的工程问题的能力，能够进行矿产资源开采的设计、组织施工和生产管理。掌握矿山生产系统数字化和可视化的方法，基本具有构建和设计数字矿山的能力。 

（5） 掌握矿产资源开采工艺环节可能发生的主要安全问题及安全管理知识，具备运用安全科学与工程相关的理论和技术方法分析并解决所遇到的矿山安全生产问题的能力。 

（6） 具有较好的综合素质，具有良好的口头和书面表达和交流沟通能力，具有团结协作精神和与他人合作共事的能力，具有适应艰苦环境和胜任艰巨工作的能力,具有终身学习的能力。 

Educational Objectives 

Based on decades of professional conduction and development, Mining Engineering is aimed to cultivate senior engineering and technical personnel with solid foundation and high quality to meet the needs of modern mining technology both home and abroad. Furthermore, the excellent graduates are provided with good practical ability, communication skills, creativity, sense of innovation as well as the abilities of production, management, design and scientific research in the field of Mining (metal and nonmetal mines), mine safety, blasting engineering, etc. To be more specific, the high-level talents of Mining Engineering should be able to  

① acquire the comprehensive quality of science and humanity as well as the sense of social responsibility and professional morality. 

② lay a solid foundation of natural sciences such as mathematics, physics, computer science, etc., with which they are able to analyze and solve engineering problems by mathematical and scientific methods. Furthermore, they should acquire initial ability of technological innovation. 

③ grasp relevant policies and regulations about science and technology, production safety, labor and environmental protection, etc. in the field of mine enterprise management. In the meanwhile, they should keep in step with the cutting edge of the theories and development of Mining Engineering and relevant industries both home and abroad. 

④ acquire the ability of solving engineering problems in both opencast and underground mining with professional theories and technologies and therefore be able to in charge of designing, organization, construction and production management during mineral resources exploitation. Simultaneously, they should master the digital and visualization methods of mining production system so as to design and build a digital mine. 

⑤ grasp the main knowledge about safety issues and management in the process of mineral resource exploitation and acquire the ability of analyzing and solving problems by relevant theories and techniques about safety science and engineering. 

⑥ process good comprehensive quality, the oral and written expression ability as well as  communication skills, the unity spirit and the capability to work in cooperation, the ability of adapting to harsh environment and arduous work, the sense of lifelong education, etc. 

（二） 毕业要求 

（1） 学生掌握从事本专业领域所需的数学、相关自然科学知识以及一定的人文和社会科学知识。 

（2） 学生掌握扎实的矿业工程学科的基本知识和从事采矿工作所需的基础理论知识，了解本专业的发展现状和趋势。 

（3） 学生掌握工程项目管理的基础理论与管理方法，具有初步的工程项目管理能力。 

（4） 学生掌握爆破工程的基本理论和基本知识，能够独立进行岩土工程爆破方案设计。 

（5） 学生掌握矿产资源露天开采所需的基础理论知识，具有利用所学专业基础知识和技术手段解决露天开采过程中所遇到的工程问题的基本能力。 

（6） 学生掌握矿产资源地下开采所需的基础理论知识，具有利用所学专业基础知识和技术手段解决地下开采过程中所遇到的工程问题的基本能力。 

（7） 学生掌握较扎实的安全工程技术理论知识和较强的专业技能，能够运用所学知识和技能从事矿山安全、安全监察与管理、矿山通风管理、通风系统设计、安全检测与监测等方面的工作。 

（8） 学生能熟练地运用计算机及其相关软件（如：AutoCAD或Surpac）进行采矿工程开采及单体设计。 

（9） 学生具备有效进行采矿工程专业技术综合实验和模拟仿真设计与操作的能力，并能够对实验结果进行分析和解释。 

（10） 学生具有逻辑思维和辩证思维的能力，具有批判意识和求真务实的科学思维方法，具有创新意识，掌握基本的创新方法。 

（11） 学生掌握运用现代信息技术跟踪并获取信息的方法，熟练进行文献检索和资料查询。 

（12） 学生具有良好的口头和书面表达和交流能力，至少熟练掌握一门外语进行技术沟通和交流能力，具有良好的团队意识和合作精神。 

（13） 学生具有良好的思想素质、身体素质、心理素质、文化修养、社会道德和责任担当等人文素养。 

（14） 学生具有较强的社会责任感、工作责任感，能不断检查自身的发展需求，制定并实施继续职业发展计划。 

Graduated Requirement 

（1）Students should acquire the relevant knowledge in natural sciences, humanities and social sciences. 

（2）Students should master the basic theoretical knowledge in Mining Engineering and understand the state and trend of its development. 

（3）Students should master the basic theories and methods in engineering project management and therefore be capable to take charge of a project preliminarily. 

（4）Students should master the basic theories of blasting engineering and therefore be able to carry out the design of geotechnical blasting independently. 

（5）Students should acquire the basic knowledge of opencast mining and be able to solve engineering problems by professional theories and techniques. 

（6）Students should acquire the basic knowledge of underground mining and be able to solve engineering problems with professional theories and techniques. 

（7）Students should master solid theoretical knowledge and professional skills in safety engineering so as to carry out relevant works about mine safety, safety supervision and management, mine ventilation management, ventilation system design, safety testing and monitoring, etc. 

（8）Students should be able to skillfully use computers and relevant software (e.g. AutoCAD and Surpac) for mining and monomer design. 

（9）Students should acquire the ability to carry out technology comprehensive experiment, simulation design and operation in Mining Engineering and be able to analyze and interpret the experimental results. 

（10）Students should be provided with logical and dialectical thinking method, critical and pragmatic consciousness as well as innovation sense and methods. 

（11）Students should be able to master the methods for tracking and obtaining information by modern techniques as well as conduct literature retrieval and data query skillfully. 

（12）Students should not only acquire good oral and written expression ability and communication skills, but also master at least one foreign language in order to make daily and technical communication. Moreover, they should have a good sense of unity and cooperation. 

（13）Students should acquire good humanistic qualities including ideological quality, physical quality, psychological quality, cultural accomplishment as well as sense of social morality and responsibility. 

（14）Students should acquire strong sense of social and professional responsibility, be able to self-examine their own needs of development and draw up and implement their career development plan. 

附：培养目标实现矩阵 

二、 专业核心课程与专业特色课程 

II  Core Courses and Characteristic Courses 

（一） 专业核心课程： 

专业核心课程：地质学、矿山测量、岩体力学、爆破工程、矿床露天开采、矿床地下开采、井巷与隧道工程、矿山提升与运输、工矿通风与空调。 

Core Courses: Geology, Mining Engineering Surveying, Rock Mechanics, Blasting Engineering, Surface Mining, Underground Mining, Mine & Tunnel Engineering, Mine Lift and Transportation ,Mine and Industrial Ventilation & Air-Conditioning. 

（二） 专业特色课程： 

爆破工程、矿业系统工程、井巷与隧道工程、工矿通风与空调、矿物资源建模。 

Characteristic Courses: Blasting Engineering, Mining Systems Engineering, Mine & Tunnel Engineering, Mine and Industrial Ventilation & Air-Conditioning, Mineral Resource Modeling. 

四、集中性实践教学进程表 

Ⅳ Practice Training Table 

五、其它要求 

V Other Demands  

留学生免修《形势与政策》课程。 

Situation & Policy is not required for international students.