SLO 1 - Students will be able to identify relationships among ecological, social, and economic systems
Science, Technology, and Society (STS) Studio
Can design help more people productively engage with scientific and technological controversies? Science, Technology, and Society (STS) is an interdisciplinary field that examines such controversies (i.e. smart cities, artificial intelligence, health informatics, and climate change) as well as their entanglements with everyday places and practices. The sensibilities and methodologies of STS, such as actor-network theory, situated knowledges, and sociotechnical imaginaries, will be our starting points for thinking differently about design and for designing different things.
This course introduces students to narratives of complex relationships between human beings and the environment, including the impact of unchecked energy consumption on the global climate as well as vulnerable indigenous communities. Besides analyzing environmental literature and media that employ a range of rhetorical strategies, students in this course will compose digital projects to convey their own arguments regarding contemporary environmental debates.
Climate change, the foremost crisis of the 21st century, presents manifold challenges to human cognition, organization, and action. Only recently, though, has modern media has started to grapple with climate change in books, television shows, and movies. Games, both analog and digital, though lag behind (as a quick Internet search for ‘climate change games’ reveals). This course will explore the question of whether games are a capable rhetorical medium for understanding or affecting climate change? Can they help articulate the scale and inequitable effects of climate change?
Everything is political, from science to art. In an era of climate change, protests for racial justice, and rising inequality, it is more important than ever to understand the relationship between science and art in effecting public opinion. This course will explore, briefly, the relationship between science and art in a few moments of modern human history—slavery, colonialization, industrialization, the development of fossil fuels, the development of nuclear power, and climate change.
Social media has changed the ways we communicate about science (#SciComm), and this is especially true of the citizen scientists, ornithologists, and plain old enthusiasts who log on to talk about birds. In this remote asynchronous course, we will consider not only contemporary #BirdComm but also how these conversations have changed over the past 150 years.
This course aims to address the whole complexity of climate change, by bringing together the science of climate change, the analysis of impacts, and the economic and engineering strategies to reduce emissions. In this class, students will be actively engaged in exploring the scientific and economic issues underlying the threat of global climate change and the institutions engaged in negotiating an international response.
This course focuses on social issues associated with American society, as well as public policy used to address these issues, by taking a critical sociological perspective in analyzing U.S. culture and capitalism and its impact on our social institutions, social inequalities, and the quality of our democracy. We focus on comparisons of the U.S. with other affluent, market-based countries in order to understand the uniqueness of American society.
This course provides an overview of the planning of cities and metropolitan regions. The legal and historical context as well as substantive areas or urban planning are addressed. Tensions among economic, environmental, and equity results of public policies and private developments are examined. Tools for involving stakeholders in planning decisions are surveyed.
Climate change is among the greatest challenges facing humanity today. The course breaks down the scientific underpinnings of how increasing atmospheric greenhouse gases affect the global climate. By looking at the problem of climate change from multiple angles, students get a decent view of how a modern climate scientist works. The course also addresses the impacts of climate change and discusses the pros and cons of potential solutions.