About
This 2-month online course is designed to build a strong theoretical foundation in Remote Sensing and Geographic Information Systems (GIS). While most programs focus heavily on software, this course takes a step back and addresses what truly matters, conceptual clarity, analytical thinking, and the ability to interpret geospatial data correctly. The course systematically introduces the fundamental principles of electromagnetic radiation, sensor systems, and satellite data acquisition, followed by image interpretation and the core concepts of GIS. It further covers spatial data structures, coordinate systems, and essential analytical approaches used in geospatial problem-solving. The emphasis throughout is on understanding how and why geospatial technologies work, rather than just how to operate tools. Delivered through structured live sessions supported by recorded lectures, the course ensures flexibility without compromising depth. Real-world examples and case discussions are integrated to connect theory with practical relevance across domains such as environmental monitoring, urban systems, and resource management. This program is ideal for beginners entering the geospatial field as well as for students and professionals looking to strengthen or revisit their fundamentals. A strong conceptual base developed here prepares participants to confidently move into advanced analysis, research, or software-based applications. An optional practical module will be introduced after the commencement of the course, exclusively for enrolled participants, providing an opportunity to translate theoretical understanding into hands-on application.