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Earth observation via remote sensing is fundamental to understanding spatial and temporal dynamics in natural and human-induced environments. This module focuses exclusively on the physics, platforms, and analytical methods of remote sensing. Students will explore the principles of electromagnetic (EM) radiation, focusing on how different wavelengths interact with the atmosphere and the Earth's surface. The curriculum transitions from the physics of sensing to the operation of active and passive sensors, including multispectral cameras, radar, and laser scanning systems. By applying radiometric and geometric corrections, students will learn to extract meaningful data from raw imagery. Finally, the module emphasizes digital image classification and visual interpretation, providing a strong foundation for integrating advanced machine learning techniques to monitor climate change, environmental degradation, and resource management. 

Course Summary

Biochemistry I provides an introduction to the chemical and molecular basis of living systems. The course covers the structure and functions of major biomolecules, including carbohydrates, lipids, amino acids, peptides, and proteins, together with the basic chemical and physical foundations of cells. Practical sessions focus on qualitative biochemical tests and identification of biomolecules, helping students connect theoretical concepts with laboratory observations and techniques.

https://drive.google.com/file/d/1wBin6TXZyTIz4eQP0nEp0YUjvSfSIlm4/view?usp=drive_link