SSJ365

CITIES,REGNS,CLMT CHNG & HLTH

Terms offered
1
Data refreshed
Jun 27, 2026

Description

This course is a collaborative final project (CFP) course. Since 2007, our planet has become a majority urban-dwellers world - and the trend since then is strongly upward. Urbanization is particularly rapid in mid-sized cities in the so-called 'developing world', but mega-cities (>10M people) are also on the rise. Climate change can impact urban areas and the regions in which they are situated in powerful ways: more intense, frequent rainstorms that cause flooding and mudslides; wildfires that consume forests and dwellings; droughts that imperil water and food security; and heat waves that stress humans and other organisms. All of these impacts directly and indirectly affect human health and wellbeing, comprising a complex conspiracy of risk factors that are poorly understood, and even more poorly mitigated. By considering not just cities but their surrounding regions, we will capture interactions between them (e.g. migrations of people, trade relations, knowledge exchange); such interactions are also poorly understood in terms of dynamic, shifting impacts. Cities/regions exemplify dynamic social-ecological systems to which climate change introduces unprecedented impacts and higher levels of uncertainty, demanding novel approaches to research and practice. Theoretical bases, readings and perspectives on the science side include sustainability science, social/environmental determinants of health; risk and vulnerability analysis; and urban ecology. On the policy/practice side, environmental and social impacts assessment, and integrative collaborative project design are used. As a CFP, there is a core practicum: Students will work in teams of 4-5 to interrogate urban/regional sustainability, climate-related adaptations and resilience, as well as risks and mitigations of a case study city/region of their choosing. There will be a 5-day field visit in Week 6 to cities in the Northeast, including Boston, Philadelphia, New York, and Washington, D.C. - as well as some coastal and inland communities in those cities' surrounding regions - to meet with government agencies, community groups and NGOs working on the frontline of urban sustainability and climate-change adaptation. Formerly IDCE 365. Students who have already passed IDCE 365 cannot receive credit for SSJ 365 and should not take this course.

Syllabi

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Offering history & forecast 2025

2025

Sections offered by academic year and season, with estimated offering chances for future years above the divider
YearFallSpringSummerIntersession
2030 2030 Fall: not enough history to forecast. 2030 Spring: not enough history to forecast. 2030 Summer: not enough history to forecast. 2030 Intersession: not enough history to forecast.
2029 2029 Fall: not enough history to forecast. 2029 Spring: not enough history to forecast. 2029 Summer: not enough history to forecast. 2029 Intersession: not enough history to forecast.
2028 2028 Fall: not enough history to forecast. 2028 Spring: not enough history to forecast. 2028 Summer: not enough history to forecast. 2028 Intersession: not enough history to forecast.
2027 2027 Fall: not enough history to forecast. 2027 Spring: not enough history to forecast. 2027 Summer: not enough history to forecast. 2027 Intersession: not enough history to forecast.
2025 Not offered 1 section Not offered Not offered
Forecast Under 15% 15–39% 40–69% 70–89% 90%+ Not enough history
Fall Spring Summer Intersession Darker means more sections Not offered No data for term

Future estimates combine recent offering frequency with detected multi-year cycles. Hover a cell for confidence and evidence; low-confidence estimates are marked with ~.

Meeting times

Most recent first
  • Thu, 2:50 PM–5:50 PM Biological Sciences B124 2025
Credit-bearing sections of SSJ365
TermProfessorTypeCreditsEnrollmentCRN
Spring 2025Ravi HanumanthaLecture1 12 of 18 enrolled33789