The MSc in Geographical Information Science and Systems (GI Science) at Kathmandu Forestry College (KAFCOL), Matatirtha, Kathmandu, is a postgraduate program focused on geographic information science, spatial data, analysis, visualization, and related applications. KAFCOL runs the program in collaboration with the University of Salzburg, Austria, and it is also known as the UNIGIS MSc course.
The program has been authorized by the Ministry of Education, Government of Nepal. Its academic structure carries at least 120 European Credit Transfer System (ECTS) credits and combines compulsory modules, learning practice and academic work, electives and project work, and thesis study. Students from different academic disciplines may apply subject to the stated eligibility and admission requirements.
| Field | Details |
|---|---|
| Course: | MSc in Geographical Information Science and Systems |
| Common Name: | UNIGIS MSc |
| College: | Kathmandu Forestry College (KAFCOL) |
| Location: | Chandragiri Municipality-8, Matatirtha, Kathmandu, Nepal |
| Academic Collaboration: | University of Salzburg, Austria |
| Authorization: | Ministry of Education, Government of Nepal |
| Duration: | 2 Years |
| Minimum Academic Load: | 120 ECTS |
| Enrollment: | 25 students in each batch |
| Academic Sessions: | March and October |
| Study Area: | Geographic Information Science and Systems |
Geographical Information Science and Systems deals with spatial information: how geographic data are acquired, organized, managed, analyzed, interpreted, and presented.
The MSc program at KAFCOL gives students structured postgraduate study in GIS concepts, data models, geographic databases, spatial analysis, statistics, visualization, cartography, project management, and distributed geographic information infrastructure.
The program also connects GI Science with practical fields where location and spatial relationships are important. These include environmental analysis, natural resource planning, infrastructure, disaster management, business planning, public administration, and urban and regional planning.
Its structure combines taught modules with independent learning, electives, project work, and a thesis.
The program carries at least 120 ECTS.
| Academic Component | Credits | Academic Role |
|---|---|---|
| Compulsory modules | 54 | Core GI Science study |
| Learning practice and academic work | 12 | Applied and academic learning |
| Elective and project work | 24 | Selected study and project-based work |
| Thesis | 30 | Independent postgraduate research |
The compulsory component consists of nine modules. Together with learning practice, electives, project work, and the thesis, they form the main academic structure of the MSc program.
Students study nine compulsory modules:
GIS Introduction
Data Modeling and Data Structures
Data Sources and Acquisition
GIS Organization and Project Management
Geographic Database Management System
Open GIS and Distributed GI Infrastructures
Geographical Analysis
Spatial Statistics
Visualization and Cartography
These modules cover the principal processes involved in working with geographic information, from obtaining and organizing data to analysing spatial relationships and presenting results.
The course addresses several connected parts of GI Science.
Students develop an understanding of geographic information and the structures used to represent spatial features and relationships.
Study areas include:
GIS concepts
Spatial data structures
Geographic data models
Geographic information organization
Spatial relationships
The program covers the processes involved in obtaining, storing, organizing, and maintaining geographic data.
This includes:
Data sources
Data acquisition
Geographic database management
Spatial database concepts
Management of geographic information
Geographic analysis is a central part of the program. Students study approaches used to examine spatial patterns, relationships, and distributions.
Relevant areas include:
Geographical analysis
Spatial statistics
Spatial interpretation
Analysis of geographic datasets
Students also study how spatial information can be communicated through maps and other visual forms.
The curriculum includes:
Geographic visualization
Cartographic principles
Presentation of spatial information
Interpretation of mapped data
GI Science projects involve more than technical analysis. The curriculum also addresses organization and project management within GIS-related work.
Students study how geographic information projects can be structured and managed alongside their technical components.
The course includes Open GIS and distributed geographic information infrastructures, giving students exposure to systems in which spatial information is exchanged and managed across connected environments.
Applicants must hold a B.Sc. (10+2+3) degree in any discipline with at least 45% aggregate marks.
The stated eligibility allows graduates from different academic backgrounds to apply rather than limiting entry to a single undergraduate discipline.
Students enrolled in the program may come from fields such as:
Forestry
Agriculture
Engineering
Science disciplines
Eligible applicants must complete the admission process of the University of Salzburg for enrollment in the program.
Admission therefore involves both meeting the academic eligibility requirement and successfully completing the applicable university admission process.
No additional admission stages should be assumed beyond the stated requirements.
Interested applicants are required to submit a completed application form.
The application form can be:
Obtained from Kathmandu Forestry College
Provided through email
Applicants should complete the required form and follow the applicable admission procedure for the relevant academic session.
The program has two academic session starting periods each year:
March
October
KAFCOL enrolls 25 students in each batch.
The intake includes students from different educational backgrounds, including forestry, agriculture, engineering, and science disciplines.
GI Science can be applied wherever geographic location, spatial relationships, mapping, resource distribution, or spatial planning are important.
The program identifies several areas where the knowledge developed through the course can be used.
GI Science can support work involving:
Climatic factors
Forests
Water bodies
Soil erosion
Biodiversity
Protected areas
Coastal areas
Mountainous areas
Spatial data can be used to examine the location, distribution, and relationships of environmental features and conditions.
Potential areas of application include:
Agriculture
Animal husbandry
Forestry
Fisheries
Mining
Landscape analysis
Tourism
Industry
These fields frequently involve questions about location, land use, resource distribution, and spatial planning.
GIS-related methods can be applied to:
Transport networks
Water and sanitation systems
Health facilities
Educational institutions
Spatial information can support the organization and analysis of infrastructure across geographic areas.
GI Science also has applications in:
Crime and danger assessment
Risk and vulnerability assessment
Emergency response
Disaster management
Disease and epidemic patterns
Public safety measures
These areas depend on understanding where events occur and how risks or services are distributed geographically.
Possible applications include:
Site location
Product marketing
Supply networks
Insurance calculation
Stakeholder analysis
Spatial analysis can contribute to decisions where markets, customers, facilities, networks, or risks have a geographic dimension.
GIS may also be used in:
Public administration
Electoral analysis
Voting pattern analysis
These applications involve organizing and interpreting information connected with administrative or electoral geography.
The program identifies planning as another field of application, including integrated approaches to land-use planning and management at different spatial scales.
GI Science can support the study of relationships among land, population, infrastructure, resources, and administrative areas.
The academic structure allocates 24 credits to elective and project work and 30 credits to the thesis.
This gives students a substantial independent-study component alongside the compulsory modules.
Project work allows students to work with selected areas of GI Science, while the thesis forms the main research component of the degree. The combination of coursework and independent academic work is intended to connect conceptual study with spatial analysis and research.
Through the compulsory modules, project work, and thesis, students can develop abilities related to:
Geographic data organization
Spatial data management
Geographic database systems
Spatial analysis
Spatial statistics
Mapping
Cartography
Geographic visualization
GIS project organization
Analysis of spatial problems
Research and academic writing
Interpretation and presentation of geographic information
The level of competence developed in each area depends on academic performance, project work, thesis study, and professional practice.
Graduates may consider positions and work areas that involve geographic information, spatial analysis, mapping, environmental information, natural resources, planning, or spatial databases.
Possible roles include:
GIS Analyst
Remote Sensing Specialist
Spatial Data Manager
Geospatial Application Developer
Environmental Planner
Natural Resource Manager
Cartographer
Geospatial Consultant
Employment requirements vary according to the position, organization, technical responsibilities, experience, and additional skills required by the employer.
Graduates may explore opportunities in organizations working with spatial information and related planning or management activities, including:
Government agencies and departments
Environmental organizations
Research institutions
NGOs working in conservation and development
Private companies using GIS and spatial data
Natural resource organizations
Planning organizations
Universities and academic institutions
GIS and geospatial consultancies
The curriculum is also applicable to work involving environmental analysis, forestry, infrastructure, disaster management, land-use planning, public administration, and other fields that use geographic information.
The program may be relevant to graduates who want postgraduate study centered on GIS, spatial data, geographic analysis, and spatial information management.
It may also be relevant to professionals already working in GIS or fields where geographic information is used and who want to continue postgraduate study alongside professional activity.
Because applicants may come from forestry, agriculture, engineering, or other science backgrounds, the program brings GI Science into several disciplinary contexts rather than treating it as a subject connected with only one field.
For the current fee structure and related payment details, applicants can contact the administration office of Kathmandu Forestry College.
It is a postgraduate GI Science program covering geographic data, GIS, database management, geographical analysis, spatial statistics, visualization, cartography, project work, and thesis research.
The program is run by KAFCOL through an academic collaboration with the University of Salzburg, Austria. It is also known as the UNIGIS MSc course.
The program has a duration of two years.
The academic structure carries at least 120 ECTS.
Applicants must hold a B.Sc. (10+2+3) degree in any discipline with at least 45% aggregate marks.
No. Students may come from different fields, including forestry, agriculture, engineering, and science disciplines.
KAFCOL enrolls 25 students in each batch.
Academic sessions begin in March and October each year.
The nine compulsory modules cover GIS introduction, data modeling and structures, data acquisition, GIS organization and project management, geographic databases, Open GIS, geographical analysis, spatial statistics, and visualization and cartography.
Yes. Thesis work carries 30 credits within the program structure.
The application form can be obtained from Kathmandu Forestry College or provided through email.
