Geomatics & Urban Spatial Informatics

Courses

Surveying and Mapping Engineering

Course Type

Course Attribute

Course Title

Semester

Total Class Hours

PracticeMajor Academic Subjects

Compulsory

C Programming Language

1

48

Introduction to Earth Science

1

48

Introduction to Geomatics

1

16

CAD Basic and Application

1

32

Digital   Topographic Surveying

2

64

Cartography

3

48

The Principle of Geographic Information System

3

48

Principles of Remote Sensing and Application

3

48

Optional

Application of Modern Surveying and Mapping   Technology

2

48

GIS base   Application Skill

2

16

Remote Sensing   Applicantion Prospect

3

16

Professional Core

Compulsory

Fundamentals of Error Theory and Surveying   Adjustment

4

48

Foundation of Geodesy

4

48

The Application and   Principles of GNSS

5

48

Photogrammetry

5

48

Engineering   Surveying

6

64

Major-Field Courses

Compulsory

Deformation Monitoring and Disasters Predicting

5

32

Real Estate   Surveying and Management

7

32

The Application and Technology of Laser Radar Surveying

7

32

Optional

C# Programming

4

32

Map Design and   Compilation

4

32

Data structure

4

32

Remote Sensing   Digital Image Processing

5

32

High-Precision Navigation   Map and Location Service

5

32

Introduction to   Civil Engineering

5

48

Surveying   Programming Design and Data Processing

5

32

Engineering Drawing and Interpreting

6

32

Surveying Management and Laws

6

16

Computer Graphics

6

32

Industry Surveying   and Data Processing

6

24

Urban Remote   Sensing

6

24

Close-range   Photogrammetry

6

32

Big Data and GIS

6

24

Introduction to Smart City

6

16

Scientific Paper writing

6

16

Natural Resources Management

7

16

Geographic   Conditions Monitoring

7

24

Modern aerial remote sensing data processing technology

7

32

Deep learning and intelligent   interpretation of remote sensing image

7

32

Advanced Technology   of Surveying, Mapping and GIS

7

16

Conspectus of Urban   Planning

7

24

Marketing   Management

7

24

Practice

Compulsory

Digital Topographic Surveying Practice

2

60

Cartography Practice

3

40

GIS Practice

3

40

Practical Training for Control Surveying

4

40

Practical Training for Principles of Remote Sensing

4

20

Practical Training for Photogrammetry

5

20

Practical Training for Satellite Navigation and Positioning

5

20

Natural Geography and Remote Sensing image interpretation Practice

6

20

Comparative Practical Training for Engineering Surveying

6

80

Spatial Information Practice

7

100

Practical Training for Real Estate Surveying and Management

7

20

Practical Training for Laser Radar Surveying Technology

7

40

Graduation design and defense

8

160

Geospatial information engineering


Course Type

Course Attribute

Course Title

Semester

Total Class Hours

PracticeMajor Academic Subjects

Compulsory

C Programming Language

1

32

Introduction to Earth Science

1

32

Digital Topographic Surveying

2

64

Cartography

3

48

The Principle of   Geographic Information System(Bilingual Education)

3

48

Principles of Remote Sensing

3

48

Optional

GIS-based   Application Skills

2

16

Modern Surveying   and Mapping Technology Application

2

16

Remote Sensing   Application Prospect

3

16

Professional Core

Compulsory

Spatial Database

4

48

Fundamentals of Error Theory and Surveying Adjustment

4

32

Spatial Analysis and Modeling

5

48

Programming and Development of GIS

5

48

WebGIS Technology and Development

6

48

Urban Spatial Information Science

7

32

Major-Field Courses

Compulsory

C# Programming

4

48

The Application and   Principles of GNSS

5

32

Optional

Map Design and Compilation

4

32

Human Geography

5

32

Photogrammetry

5

48

Data Structure

5

24

Remote Sensing Image Processing

5

24

Java Programming

6

32

Technology of 3D GIS

6

32

Application of Artificial Intelligence in GIS

5

24

Big Data and Geographic   Information System

6

24

Computer Graphics

6

32

Applications of Remote Sensing Technology

6

32

GIS Applications (Bilingual Education)

6

24

CIM Technology and Application

7

24

Practice

Compulsory

Cartography   Practice

2

40

Digital Topographic Surveying Practice

2

60

C# Programming Practice

4

40

Spatial Database Practice

2

40

The Principle of Geographic Information System Practice

2

40

Principles of Remote Sensing Practice

3

20

Programming and Development of GIS Practice

5

40

Photogrammetry Fundamental Practice

5

20

Spatial Analysis and Modeling Practice

5

20

Spatial Information Practice

7

100

Remote Sensing Science and Technology


Course Type

Course Attribute

Course Title

Semester

Total Class Hours

PracticeMajor Academic Subjects

Compulsory

Advanced Mathematics A(1)

1

92

Advanced Mathematics A(2)

2

84

Linear Algebra

2

40

Theory of Probability and Statistics (B)

3

48

College physics A(1)

2

56

College physics A(2)

3

56

Physics Experiment(1-2)

3-4

60

C Programming Language

1

32

Introduction to Earth Science

1

32

Introduction to Geomatics

1

16

CAD Basic and Application

1

32

Digital Topographic Surveying

2

64

The Principle of Geographic Information System

3

48

Principles and methods of remote sensing

3

48

Optional

Application of Modern Surveying and Mapping   Technology

2

16

GIS base Application Skill

2

16

Remote Sensing Application Prospect

3

16

Professional Core

Compulsory

Aerospace data acquisition

4

32

Photogrammetry

5

48

Digital Image Processing

5

48

Urban Remote Sensing

6

48

Computer vision

6

48

Major-Field Courses

Compulsory

object oriented programming

4

32

Fundamentals   of Error Theory and Surveying Adjustment

4

48

Surveying

Management   and Laws

6

16

Optional

Geodesy Fundamental

4

32

GNSS principle and application

5

32

Engineering Drawing and Interpreting

6

32

Data   structure

4

32

Remote Sensing Software

4

32

GIS Software

4

32

Spatial   Database

5

32

Computer   Graphics

5

32

IDL The   Language IDL

5

32

Python   Programming

6

32

document   retrieval of science and technology

5

16

Academic Writing (Billinguish)

6

16

Big data and GIS

6

24

Introduction to smart city

6

16

Geographic Conditions Monitoring

7

24

Microwave Remote   Sensing

5

32

Hyperspectral remote sensing and digital protection of cultural heritage

6

32

Remote sensing image interpretation

6

24

Applications   of Remote Sensing in different fields(seminar)

6

32

Laser radar Surveying   Technology and Reconstruction of Architectural Heritage

6

32

Close Range Photogrammetry

6

32

Modern aerial remote sensing data processing   technology and City 3D modeling

7

32

Technology and Application of Mobile Mapping System

7

16

Deep learning   and intelligent interpretation of remote sensing image

7

32

Practice

Compulsory

Digital   Topographic Surveying Practice

2

60

Cartography   Practice

3

40

The   Principle of Geographic Information System Practice

3

40

Object   oriented programming Practice

4

40

Principles   and Applications of Remote Sensing Practice

4

20

Photogrammetry   aerial triangulation practice

5

20

Digital   Image Processing Practice

5

40

Computer   vision practice

6

20

Natural   geography and remote sensing image interpretation Practice

6

20

Remote   Sensing Extraction and monitoring of urban elements Comprehensive Practice

7

60

New   technology Practice

7

40

Spatial   Information comprehensive Practice

7

100

Undergraduate   Design or Thesis

8

320