This course aims to cultivate students' satellite remote sensing literacy - ability to analyse, interpret, and communicate satellite remote sensing products. By the end of the course, students will become experienced in handling these products and in communicating their findings to stakeholders and policymakers. We will delve into the physical principles underlying various remote sensing techniques through a balanced combination of lectures and tutorials. While a basic understanding of electromagnetic waves will be beneficial, it is not a prerequisite. Throughout the course, we will explore key methods of remote sensing, including optical, multi/hyper-spectral, and microwave sensing. Students will gain hands-on experience in identifying and measuring geometrical, physical, and chemical parameters of the Earth's surface. These skills are invaluable for applications such as environmental monitoring, hazard assessment, and addressing the impacts of climate change.
| Academic Units | 3 |
| Exam Schedule | Not Applicable |
| Grade Type | Letter Graded |
| Department Maintaining | EESS(ASE) |
| Not Available to Programme | ACBS, ACC, ACDA, ADM, AERO, AISC, ARED, ASEC, BACF, BASA, BCE, BCG, BEEC, BIE, BMS, BS, BSB, BSPY, BUS, CBE, CBEC, CE, CEE, CEEC, CHEM, CHIN, CMED, CNEL, CNLM, COMP, CS, CSC, CSEC, CVEC, DSAI, ECDS, ECMA, ECON, ECPP, ECPS, ELAH, ELH, ELHS, ELPL, ENE, ENEC, ENG, HIST, HSCN, HSLM, IEEC, IEM, LMEL, LMPL, LMS, MACS, MAEC, MAEO, MAT, MATH, ME(DES), ME(IMS), ME(NULL), ME(RMS), MEEC(DES), MEEC(IMS), MEEC(NULL), MEEC(RMS), MS, MS-2ndMaj/Spec(MSB), MTEC, PESC, PHIL, PHMS, PHY, PLCN, PLHS, PPGA, PSLM, PSMA, PSY, REP, ROBO, SCED, SOC, SPPE, SSM |
| Not Available to All Programme | Yr1 |
| Index | Type | Group | Day | Time | Venue | Remark |
|---|
0930
1030
1130
1230
1330
1430
1530
1630
1730
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