MSc in Climate and Health - Health Benefits of Climate Solutions in Boston United States | Boston University

Utilize data-driven approaches to safeguard the environment and enhance community well-being. Featuring 400 hours of guided research, Boston University's STEM-designated MS in Climate and Health is a 34-credit program that equips graduates for research careers in academia, government agencies, healthcare institutions, private sector organizations, or advanced doctoral studies in climate health, environmental sciences, and related disciplines.

The Master of Science in Climate and Health offers comprehensive knowledge about climate change's extensive health consequences, empowering students to employ data analytics for environmental conservation and public health advancement.

As a component of the Population Health Research initiative, the program focuses on cultivating quantitative research skills essential for assessing climate intervention strategies, covering decision analysis, statistical programming, geospatial information systems (GIS), and processing extensive climate-related spatial datasets.

Our MS curriculum delivers thorough methodological training, hands-on research experience under faculty guidance, and professional networking opportunities throughout Boston and internationally.

Graduates of the Climate and Health program will gain the ability to:

Assess scientific literature with critical analysis.
Create comprehensive data acquisition and organization strategies.
Interpret and integrate research outcomes to guide policy decisions.
Formulate testable scientific hypotheses and develop corresponding research methodologies.
Effectively convey research findings to both technical and general audiences.

Students can complete the Climate and Health degree in just 12 months through intensive full-time study starting in summer.

This research field focuses on equipping public health authorities nationwide with geographically tailored evidence regarding heat warning systems' efficacy, while offering actionable recommendations to strengthen community heat response strategies during extreme weather events. Current investigations receive funding support from NIH and the Wellcome Trust.