EESC 3070 Geospatial Data Analysis for Environmental Sustainability

Geospatial data and technologies permeate every aspect of our lives, from the navigation apps on our smartphones to the intricate management of city infrastructure and natural resources. This course introduces the fundamental principles and methodologies in geospatial analysis. Students acquire essential knowledge and skills in GIS, remote sensing, statistical modeling, AI, and more. Real-world case studies provide practical applications for how geospatial approaches can tackle challenges such as climate change, food and water security, and public health. Learning geospatial data quantitative analysis is imperative for effective environmental analysis, management, and communication, empowering students to contribute meaningfully to a sustainable future.

Course overview

Department
Earth and Environmental Sciences
School
MCAS
Credits
3
Level
Undergraduate
Offered
Annually

Requirements fulfilled

Requirement eligibility can vary by school, cohort, and section. Confirm the selected section in EagleApps or with an advisor.

Data freshness

Course and evaluation data last updated 2026-10-09. Source details and limitations are documented in Data Sources and Methodology.

Instructors

Sections

  • Section 01
    Spring 2027 · Shufen Pan · Digital Experience Classroom 100 TuTh 01:30PM-02:45PM · Offered