• Physical principles of Remote Sensing
• Earth Observation and remote sensing Data/Systems
• Introduction Hyperspectral Sensing
• Environmental Remote Sensing
• Remote Sensing Applications and Climate Change
• Advanced Remote Sensing
• Introduction to Geographic Information System
• GIS applications

• Earth System Sciences and Global Change
• Natural Hazards
• Introduction to Meteorology
• Atmospheric Processes and Climate Change
• Observing Earth & its Climate
• Introduction to Earth System Science
• Physics of the Atmosphere

• Electricity and Magnetism
• Electronics and Waves
• Heat and Thermodynamics
• Optics and Properties of Matter
• Introduction to Laser and its Applications
• Applied Geophysics

Undergraduate And Graduate Courses Taught/Co-taught

1. PHY 351: Electrodynamics and Remote Sensing Techniques
2. GEOG 324: Geophysics, Photo Geology and Survey
3. ENV 405: Remote Sensing
4. ENV 523: Laser Applications in Environmental Science
5. ENV 623: Environmental Research Methodology
6. ENV 624: Environmental Data Analysis
7. ENV 628: Atmospheric Changes
8. ENV 629: Environmental Remote Sensing
9. ENV 633: Applied Geophysics
10. ENV 406: Environmental Pollution and Environmental Health
11. ENV 321: Environmental Geology and Non-Living Resources

1. EOS 759: Introduction to Natural hazards and remote sensing
2. EOS 753: Earth observation

1. ENV112: Introduction to Natural Hazards and Global Environmental change
2. HGEC510: Introduction to Natural Hazards
3. PHYS520: Physical Principles of Remote Sensing
4. HGEC664: Topics in Natural Hazards
5. HGEC500: Seminar Series in Natural Hazards
6. CS500: Seminar Series in Computational Sciences