空间信息与数字技术专业培养方案

专业名称与代码:空间信息与数字技术 080908T

专业培养目标:本专业培养具有正确的世界观、价值观和严谨的科学作风,在德智体美诸方面全面发展,系统掌握计算机技术、空间信息技术、地质学、资源勘查学、地矿勘查(察)计算机应用、地质信息系统工程等方面的基本理论、方法和技能,能在地质调查、地矿勘查、环境监测、海洋勘查、黄金工业、矿山企业、水利水电、工程地质、地质灾害勘察、城乡建设规划设计部门、交通、国防军事、航空航天等行业或部门从事各类地质信息系统的管理、设计、开发和科学研究工作,能适应信息时代国家地矿工作信息化建设和社会发展需要的复合型创新人才。

专业毕业要求

本专业学生在掌握数学、物理、外语等知识的基础上,主要学习掌握计算机技术、地质学、空间信息技术、资源勘查学和地质信息系统工程等方面的基本理论及知识。通过课程设计、野外实践和生产实习等实践环节的训练,具备解决与地学信息工程建设、地矿工作信息化、地学定量化有关问题,并进行相关新技术、新方法研究和系统开发的基本能力。

1.思想品德和身心素质要求:热爱祖国,遵纪守法,具有高度的国家安全意识和信息安全责任心,具备尽职奉献的精神,具有良好的身体素质和心理素质。

2.科学素养和人文知识背景要求:具有一定的文化素质,既要具有一定的中华民族传统优秀文化的修养,也要具有一定的现代世界文化的修养;熟练应用英语进行交流,掌握资料查询、文献检索及运用现代信息技术获取相关信息的方法。

3.宽口径的专业知识要求:掌握数学、物理、计算机科学、空间信息科学、地质学、资源勘查学等方面的基本理论和基本知识。

4.专业技能和专业素质要求:掌握空间信息与数字技术的专业理论和实验技能,以及空间信息与数字技术系统开发的基本原理和方法;掌握地质信息技术应用、地学信息系统集成和软件工程等的原理及方法,具有进行新技术研究和开发的基本能力;了解国家科学技术政策、知识产权等有关政策和法规,具有团队合作精神和创新意识。

5.创新精神、实践能力和国际化视野要求:具有一定的创新、创业意识和能力。了解空间信息与数字技术的国内外理论前沿、应用前景和发展动态以及产业发展状况;具有实验设计、归纳分析实验结果、撰写论文和参加学术交流的基本能力。

毕业要求及实现途径

主干学科:空间信息与数字技术。

专业核心课程:离散数学、数据结构、操作系统原理、数据库原理、空间数据库原理、计算机图形学、面向对象程序设计、软件工程、测量学、普通地质学、矿物岩石学、地层学原理与方法、构造地质学、综合勘查学、遥感地质学,地理信息系统、地学三维可视化与过程模拟、地学数据分析、地质信息系统等。

主要专业实验:C语言课程设计、测量教学实习、C++课程实习、数据结构课程设计、计算机图形学课程实习、构造地质学课程实习、地理信息系统课程实习、空间数据库课程设计、遥感课程实习、地学三维可视化课程实习、地质信息系统课程实习。

主要实践性教学环节:软件综合实习、地质教学实习(秭归)、应用开发实习、毕业论文(设计)。

修业年限:四年。

授予学位:工学学士。

相近专业:地球信息科学与技术、计算机科学与技术。

Program for Spatial-Informatics and Digitalized Technology

Specialty and Code:Spatial-Informatics and Digitalized Technology 080908T

Education 0bjective:The program aims at cultivating professionals with in academic competence and all-round development in moral,intellectual and physical excellence.Students will master the basic theories,methods and skills of computer science,geology,resource exploration and prospecting, computer applications in mineral exploration and geological information system engineering.The graduates will be qualified for education,scientific research,development and applications of computer sciences in diversified departments ranging from research institutes,educational institutions,or such industries as geological survey,mineral exploration,environmental monitoring,ocean exploration,gold industry,mining enterprises,water conservancy and hydropower,engineering geology,geological hazard reconnaissance,planning and design of the urban and suburb construction,traffic,defense and military,aerospace and so on.They will be highly flexible,constantly adapting to increasing informationization of geological and mineral works.

Graduation Requirements

Students should learn and master the basic knowledge of mathematics,physics,and English,Based on which they mainly learn and master the basic theories and knowledge of computer technology,spatial information technology,geology,resources exploration and geological information system engineering.Through the training of course project design,field practice and enterprise practice,they would have the ability to resolve problems related to geological information engineering,informationization of geological and mineral works,quantification of geosciences,and have the basic ability to research and develop the pertinent new technology and method.

1.Mastering fundamental theories and knowledge in mathematics,physics,computer science,spatial information science,geology and resource exploration and prospecting.

2.Mastering fundamental theories and experimental skills in spatial information and digitalized technology,and basic theories and methods in development of spatial information and digitalized technology.

3.Mastering the theories and methods in applications of geological information technology,geological information system integration and software engineering,etc,and possessing the basic ability of research and development of new technology.

4.Having certain knowledge of national regulations and policies concerning science and technology and intellectual property rights,possessing team work spirit and innovative consciousness.

5.Knowing domestic and international cutting-edge theory,the application prospect,development trend and industry development status in spatial information and digital technology.Skillfully using English to communicate,mastering the ways of data query,literature searching and related information acquisition by using modern information technology;possessing the basic ability to design experiment, generalize and analyze the experiment results,write papers and take part in the academic exchange.

Graduation Requirements and Ways to Achieve

Major Disciplines:Spatial-Informatics and Digitalized Technology.

Main Courses:Discrete Mathematics,Data Structures,Operating System Principles,Database Principal,Principles of Spatial Database,Computer Graphics,Object-Oriented Programming,Software Engineering,Topography,Foundations of Geology,Mineralogy and Petrology,The Principle and Method of Stratigraphy,Structural Geology,Comprehensive Prospecting,Remote Sensing Geology, Geographical Information System,3D Visualization and Process Simulation for Geosciences,Geoscience Data Analysis,Geological Information System,etc.

Lab Experiments:C Language Course Projects,Survey Practice,C++Course Practice,Computer Graphics Course Practice,Structural Geology Course Practice,Geographical Information System Course Practice,Data Structures Course Projects,Spatial Database Course Projects,Remote Sensing Course Practice,3D Visualization Course Practice,Geological Information System Course Practice.

Practical Work:Comprehensive Practice of Software,Geological Field Training(Zigui),Application Development Practice,Graduation Design(Thesis).

Duration:four years.

Degree Granted:Bachelor of Engineering.

Related Specialties:Geo-Information Science and Technology,Computer Science and Technology.

空间信息与数字技术专业课程教学计划表

Course Descriptions of Spatial-Informatics and Digitalized Technology

注:通识教育选修课学分和创新创业自主学习学分未列入具体学期。

空间信息与数字技术专业课程分类统计

Course Category Statistics of Spatial-Informatics and Digitalized Technology