“Unlocking the Infinite Potential of Geographic Insights for Global Innovation”

Welcome to Remote Sensing and GIS


The RS&GIS program at the Asian Institute of Technology is designed to provide a comprehensive understanding of Remote Sensing and Geographic Information Systems emphasizes:

- Theoretical knowledge and practical applications in RS & GIS
- Space technology for digital spatial data analysis from sensors
- Big geospatial data handling and cloud applications
- Cutting edge technology like: Geostatistics, UAV, InSAR, GNSS, WebGIS , and Location Bases Services

Why RSGIS is an Interesting Field of Study?

Diverse Applications

Discover how RSGIS is applied in various sectors, from environmental conservation to urban planning, agriculture, disaster management, and beyond

Global Perspective

Gain insights into how RSGIS technologies are used worldwide, preparing you for a career that can have a global impact

Innovative Technology

Engage with cutting-edge technology in space and aerial imaging, GIS software, and data analysis tools, keeping you at the forefront of technological advancements

Real-World Impact

Learn how RSGIS contributes to solving real-world problems, such as climate change, natural resource management, and sustainable development, making your studies not only intellectually stimulating but also socially relevant.

Degrees Offered - Academics

Graduate Degree Programs


Doctoral degree program take six semesters or approximately three year of study.


program take four semesters or approximately two year of study


We are arrangement workshop, training, summer school camp program based on requested

Facts and figures

Master Program
Doctoral Program

Our Domain Areas


Agro-Informatics: Focuses on using geospatial technologies for agricultural optimization including precision farming, crop health monitoring, and resource management to enhance productivity and sustainability.

Environmental Monitoring and Conservation

Environmental Monitoring and Conservation: Emphasizes the application of remote sensing and GIS in managing natural resources, conserving biodiversity, assessing climate change impacts, and monitoring environmental health.

Geospatial Technologies in Climate Change Adaptation

Geospatial Technologies in Climate Change Adaptation: Concentrates on understanding and adapting to climate change through vulnerability assessments, impact forecasting, and developing sustainable adaptation strategies.

Health Geoinformatics

Health Geoinformatics: Applies geospatial tools to public health for disease surveillance, analyzing health service accessibility, and studying the environmental determinants of health to improve public health outcomes.


Interdisciplinary : Integrates remote sensing and GIS with various scientific disciplines such as archaeology, geology, and marine sciences, highlighting innovative applications and solutions to global challenges.

Urban and Regional Planning

Urban and Regional Planning: Utilizes geospatial technologies in planning and managing urban growth, infrastructure, land use, and promoting sustainable urban environments.