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ATMS 416

Satellite Remote Sensing, Atmosphere

Catalog2026-2027
Credits3 units
LevelUpper Division
Standard

Overview

Description

The addition of a satellite remote sensing course to our Atmospheric Science graduate program is essential to equip our students with advanced skills in the field of atmospheric sciences. Satellite remote sensing has become a crucial tool in studying the atmosphere, providing a special viewpoint for thorough observation and analysis. This course is designed to provide our graduate students with a deep understanding of the theoretical foundations, methodologies, and practical applications associated with satellite remote sensing. By integrating this course into our program, we aim to cultivate expertise in leveraging satellite data for atmospheric research, enabling our students to address complex challenges such as climate monitoring, weather prediction, and air quality assessment. The course aligns with the evolving landscape of atmospheric science, ensuring that our graduates are well-prepared to contribute meaningfully to cutting-edge research and advancements in the field.

Requirements

Prerequisites

CS 135STAT 152MATH 120PHYS 180ATMS 117ATMS 121
Original catalog text

Prerequisites

Prerequisite(s): CS 135 or STAT 152 or MATH 120 or PHYS 180 or ATMS 117 or ATMS 121

Units

Lecture3

Catalog Details

Offering

Offered: Every Fall

Terms

fall

Attributes

Standard

Learning Outcomes

  • explain the fundamental principles of satellite remote sensing in atmospheric science.
  • apply advanced analytical techniques to interpret satellite remote sensing data for atmospheric research.
  • critically evaluate satellite-derived data, discerning the strengths and limitations of different sensors and methodologies.
  • conduct independent research projects employing satellite remote sensing and contribute original insights to their field of study.
  • integrate multispectral/hypersSpectral data from various satellite sensors to analyze atmospheric conditions comprehensively.
  • interpret atmospheric parameters and monitor climate-related variables derived from satellite observations.
  • employ advanced data visualization techniques to investigate complex satellite-derived information.
  • collaborate with peers on research projects, practicing teamwork and effective communication.