Week 1    Introduction / Teaching: 3 hours / Reading: 3 hours

Week 2    Earth Observation Systems / Teaching: 3 hours / Reading: 3 hours

Week 3    Photogrammetry / Teaching: 3 hours / Reading: 3 hours

Week 4    Multi-spectral Remote Sensing (I) / Teaching: 3 hours / Reading: 6 hours

Week 5    Multi-spectral Remote Sensing (II) / Teaching: 3 hours / Reading: 6 hours

Week 6    Report / Preparation: 6 hours

Week 7    Thermal Remote Sensing / Teaching: 3 hours / Reading: 6 hours

Week 8    Radar Remote Sensing / Teaching: 3 hours / Reading: 6 hours

Week 9    Light Detection and Ranging / Teaching: 3 hours / Reading: 6 hours

Week 10  Mid-term Exam

Week 11  Remote Sensing Image Processing / Teaching: 3 hours / Reading & Practice: > 6 hours

Week 12  Remote Sensing Image Classification (I) / Teaching: 3 hours / Reading & Practice: > 6 hours

Week 13  Remote Sensing Image Classification (II) / Teaching: 3 hours / Reading & Practice: > 6 hours

Week 14  Change Detection / Teaching: 3 hours / Reading & Practice: > 6 hours

Week 15  Report / Preparation: 6 hours

Week 16  Remote Sensing Applications (I) / Teaching: 3 hours / Reading: 3 hours

Week 17  Remote Sensing Applications (II) / Teaching: 3 hours / Reading: 3 hours

Week 18  Final Exam

N/A

1. Mid-term and final exams: 25% respectively.

2. Group/personal reports: 50%

1.Jensen John R. 2007 Remote Sensing of the Environment: An Earth Resource Perspective Prentice Hall: Upper Saddle River NJ. http://www.cas.sc.edu/geog/rslab/551/index.html 



2.Ayman F. Habib Lecture Notes of Engo 435: Remote Sensing. http://www.geomatics.ucalgary.ca/~habib/courses/c_engo435.html 



3.Thomas M. Lillesand Ralph W. Kiefer Jonathan W. Chipman Remote Sensing and Image Interpretation 6th Edition 2007 John Wiley & Sons Inc.