Graduate Program

Master of Science in Geo-Information Science and Technology (MSc. GIST)

Background

PREAMBLE

Since the early 1970s, Geographical Information Science (GIS or GIS Technology),   Remote Sensing and Global Position Systems (GPS) have proven to be powerful tools for scientific investigations, management of resources and informed decision making. The advancements in space, computing, communication and  instrumentation technologies  as well as increased access to data provided by Earth Observation (EO) systems such as Satellite Remote Sensing (SRS) have been the main catalysts for the development of GIS technology.  As a result, a number of applications based on GIS, SRS and GPS technologies have emerged.Some of these applications include: Engineering, Public utilities (roads, railways, water supply, telecommunication etc.), Agriculture, Forestry, Surveying, Health, Mining and Meteorology. The gist for GIS applications is that of geospatial analysis. GIS technology offers users with the most efficient ways for data acquisition, storage, retrieval, manipulations, analysis and dissemination of location based or geographically referenced data.

The Programme objectives are to ensure that by the end of the programme, students are able to:

  • Design Geographical Information Systems databases using industry standard design tools.
  • Manage spatial data entry and update of spatial databases as well as articulating spatial data integration issues such as data semantics and interoperability.
  • Carry out spatial analysis to support decision making for a range of GIS application areas using industry standard software and tools.
  • Articulate the theory of Geo-information science, its relevance for spatial research, current trends and emerging issues.

Target Group

As mentioned in Section 2 above, the demand for GIS professionals is increasing in Uganda. GIS professionals are required in all government departments, NGOs and the private sector. This programme targets people who need to do research at graduate level in order to advance GIS as a technology. In addition, it targets professionals who need to acquire skills so as to implement GIS in their organizations. Many studies (see Section 1) have indicated that this target audience is growing day by day. The list includes: Surveyors, Engineers, Physical Planners, Application Developers, Health Care Planners/Implementers, Natural Resource Managers, Emergency Workers, Defence (Armed) Forces-Engineers Brigade, Economic Planners, Conservationists and so on.

Curriculum 

 Programme Courses for Plan A

Semester I  ( 5 Courses)

Core Courses (Compulsory)

 

 

 

 

 

LH

PH

CH

CU

GLM7106: Fundamentals of Geographical Information Systems

30

30

45

3

GLM7107: Geospatial Database Modelling

15

60

45

3

GLM7108: Advanced Cartography and Geovisualization

30

30

45

3

GLM7109: Programming for GIS Applications

15

60

45

3

GLM7110: Web GIS and Spatial Data Infrastructures

30

30

45

3

Total Credit Units

 

 

 

15

 

Semester II ( 5 courses)

Core Courses (Compulsory)

GLM7208: Professional GIS: Consultancy Project

15

60

45

3

GLM7209 : Digital Remote Sensing

30

30

45

3

GLM7210 : Descriptive and Inferential Statistics

30

30

45

3

GLM7211: Research Methods  and Scientific Writing

30

30

45

3

Electives ( students select  1 course)

 

 

 

 

 

GLM7212: Advanced GIS

15

60

45

3

GLM7213: Geospatial Data Acquisition

15

60

45

3

Total Credit Units

15

 

Semester  III & IV– (All Core)

GLM 8101:  Masters Research Seminar 1

45

210

150

10

GLM 8201 : Masters Research Seminar 2

30

90

75

5

GLM 8202: Masters Dissertation

45

360

225

15

Total Credit Units

30

 

 Programme Courses for Plan B

Semester I  ( 5 Courses)

Core Courses (Compulsory)

 

 

 

 

 

LH

PH

CH

CU

GLM7106: Fundamentals of Geographical Information Systems

30

30

45

3

GLM7107: Geospatial Database Modelling

15

60

45

3

GLM7108: Advanced Cartography and Geovisualization

30

30

45

3

GLM7109: Programming for GIS Applications

15

60

45

3

GLM7110: Web GIS and Spatial Data Infrastructures

30

30

45

3

Total Credit Units

 

 

 

15

 

Semester II ( 5 courses)

Core Courses (Compulsory)

GLM7208: Professional GIS: Consultancy Project

15

60

45

3

GLM7209: Digital Remote Sensing

30

30

45

3

GLM7210: Descriptive and Inferential Statistics for GIS

30

30

45

3

GLM7211: Research Methods  and Scientific Writing

15

60

45

3

Electives ( students select  1 course)

GLM7212: Advanced GIS

30

30

45

3

GLM7213: Geospatial Data Acquisition

15

60

45

3

Total Credit Units

15

Semester III –  5 courses

Core Courses (Compulsory)

GLM8107: Location Based Services and Mobile GIS

15

60

45

3

GLM8108 : GIS Algorithms & Data Structures

30

30

45

3

GLM8109: Advanced Remote Sensing

15

60

45

3

Electives ( students select 2 courses)

GLM8110: GIS for Urban Planning and Utility Management

30

30

45

3

GLM8111: GIS for Disaster Risk Management

 

30

30

45

3

GLM8112: Land Information Systems

30

30

45

3

Total Credit Units

15

Semester IV – All Core

GLM 8203: Masters Project Seminar

30

90

75

5

GLM 8204: Masters Final Project

30

240

150

10

Total Credit Units

15

Course Duration: Two Years

Course Code: GIST

Tuition Fees

Click here to see the Programme Details: MscGIST-Programme

 

 

Programme Coordinator Contact Info

Master of Science in Geo-Information Science and Technology


Name:
Tel No: 

Email Address
ssss.mmmm@mak.ac.ug

Mon – Fri 9:00A.M. – 5:00P.M.

Social Info

Student Resources

graduate of this programme has both the theory of managing geo- information as well as hands on skills in building, maintaining and using geographical information for decision making. Such skills are essential for people working as GIS Analysts in government/non-governmental organizations, Spatial Database developers,
GIS Consultants and GIS educationists.