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Remote sensing technologies, including both satellite and ground-based systems, are playing a growing role in studying Earth's atmosphere, oceans, and terrestrial surfaces. For planetary exploration beyond Earth, satellite remote sensing serves as the primary investigative tool. With national focus on critical issues like climate change and global environmental shifts, the importance of remote sensing will continue expanding. Researchers, including graduate students and faculty, explore diverse aspects ranging from theoretical foundations to practical implementations. These applications encompass: measuring ocean surface temperatures and heat transfer via satellite data, enhancing cloud and precipitation analysis through ground radar combined with satellite observations, assessing terrestrial biological properties and productivity from space, conducting land use surveys via satellite imagery, charting terrain and topographical features, detecting subsurface archaeological remains, employing ground radar to study upper atmospheric wind patterns, and using aircraft-based sensors to verify satellite-derived surface and atmospheric data retrieval methods.
Applicants must:
Hold a baccalaureate degree from an accredited college or university, or have done work equivalent to that required for such a degree.
Show promise of ability to pursue advanced study and research, as judged by the student’s scholastic record.
Applicants to programs in the College of Engineering and Applied Science must have a 3.00 (3.00=B) undergraduate grade point average.
All international applicants are required to meet a minimum standard of English proficiency.
Paper-Based TOEFL - 537
Internet Based TOEFL - 75
IELTS - 6.0