Satellite Temperature Readings for Civil and Environmental Design

Understanding surface and atmospheric temperatures is critical for designing climate-resilient infrastructure and managing urban environments. This course introduces you to the fundamentals of satellite temperature readings and how to leverage this data in civil and environmental engineering. You will transition from a beginner to a confident practitioner capable of finding, interpreting, and applying thermal remote sensing data to solve engineering challenges such as urban heat island mitigation and environmental impact assessments. What you'll learn: Understand the fundamental physics of thermal infrared remote sensing and satellite data collection; Identify and access key public satellite datasets for temperature monitoring, including Landsat and Sentinel; Analyze thermal satellite readings to identify urban heat islands and assess environmental risks; Apply temperature data to civil engineering design decisions and climate resilience planning; Interpret modern data formats like GeoTIFF and NetCDF used in environmental analysis. The course begins with core terminology, satellite orbits, and thermal physics before moving into hands-on conceptual workflows for analyzing temperature data. You will read through practical scenarios, examine structured code snippets, and complete written exercises to reinforce your understanding. Designed for aspiring civil engineers, environmental analysts, and urban planners, this course requires no prior experience with satellite data or geographic information concepts. Start learning how to use satellite data to design a more resilient built environment today.