本专业旨在培养掌握现代测绘技术的高级测绘科技人才。通过学习 , 掌握较宽厚的基础知识、现代测绘理论和实际技能 ; 具有从事地形测量、大地控制测量、工程测量、摄影测量与遥 感以及地图编制、矿山测量等方面的知识和技能；能在国民经济各部门从事国家基础测绘建设、城市和工程建设、矿产资源 与开发、国土资源调查与管理等测量工程、专题地理信息系统 的应用与设计 ; 在环境保护与灾害预防等领域从事研究、管理等方面的高级工程人才；具有对空间数据信息的采集、处理及管理的能力。  021-
主要课程： 专
数学、物理、外语、电子学、计算机应用、测量学、误差理论与测量平差、控制测量、遥感概论、地理信息系统 (GIS) 、全球定位系统（ GPS ）原理及应用、数字地图、工程测量、矿山测量、地籍测量、变形测量、开采沉陷与防护、摄影测量学。（本科四年）  考
  课
地理信息系统  共济
本专业主要培养具备地理信息系统和测绘学的基本理论、基本知识、基本技能，能在城市、区域、资源、环境、交通、人口、住房、土地、测绘、基础施和规划管理等领域从事与地理信息系统有关的应用研究，技术开发，生产管理和行政管理等工作的地理信息系统高级人才。  业
主要课程：  200092
数学、物理、外语、电子技术、地理学、地图学、遥感技术、摄影测量学、数据库技术、数据结构、地理信息系统原理、微机原理、计算机高级语言、计算机图形学、图象处理学、经济地理学、专题地图编 制、数字化测图、数字摄影测量、遥感图象处理、遥感制图技术、地理信息系统的设计与应用、 GIS 工程设计、全球定位系统定位原理与应用、地籍管理、资源与环境调查、空间数据库工程、城市信息系统。（本科四年）

Aimed at developing the professional surveying and mapping technology to master modern science and technology advanced surveying and mapping personnel. Through lifelong learning and the acquisition of a more generous basic knowledge, theory and practice of modern surveying and mapping skills; have engaged in topographic surveying, geodetic control surveying, engineering surveying, photogrammetry and remote sensing and map preparation, mine surveying knowledge and skills; can be in the national economy the basis of various departments engaged in the national survey and mapping, urban and engineering construction, and development of mineral resources, land resources survey and management of engineering, the topic of geographic information systems application and design; in environmental protection and disaster prevention in areas such as research, management, etc. senior engineering talents; with information on the spatial data collection, processing and management. 021 --
Main courses: special
Mathematics, physics, foreign languages, electronics, computer applications, Surveying, Theory and Measurement Error Adjustment, control surveying, remote sensing Introduction to, geographic information systems (GIS), Global Positioning System (GPS) principle and application, digital maps, engineering survey , mine surveying, cadastral surveying, deformation measurement, mining subsidence and protection, photogrammetry. (Undergraduate four-year) examination
   Division
Geographic Information System Masonic
Professional training with the major GIS and mapping to learn the basic theory, basic knowledge, basic skills, can be in urban, regional, resources, environment, transportation, population, housing, land, mapping, infrastructure planning and management measures in areas such as engaging in geographic information system-related applied research, technology development, production management and administrative work, such as geographic information systems high-level talent. Industry
Main Course: 200092
Mathematics, physics, foreign languages, electronic technology, geography, cartography, remote sensing, photogrammetry, database technology, data structures, geographic information systems theory, computer theory, high-level language computer, computer graphics, image processing, learning, economic geography, the preparation of thematic maps, digital mapping, digital photogrammetry, remote sensing image processing, remote sensing mapping techniques, GIS design and application, GIS engineering design, global positioning system positioning and application of the principle, cadastral management, resource and environment investigation, spatial database engineering, urban information systems. (Four-year undergraduate)