Building on the multimedia strategies of composition and process students begin to develop in ENGL 1101, this course in multimedia rhetoric examines the influence of sound on experiences of belonging and access in the spaces we occupy and travel through, from the immediate environs of Georgia Tech to public spaces and sites of development throughout Atlanta. An initial unit builds a vocabulary for recognizing and analyzing sounds in what R.
This course - taught on the Pacific Program - will develop a theoretical understanding of sustainability, from a bottom-up perspective that considers ecological outcomes as a function of human institutions. It begins with defining and understanding the tragedy of the commons, and develops an understanding of why we might not be doomed to this tragedy. While exploring broad themes in environmental ethics, philosophy, and management, it will explore cases in the Pacific context, and will include a service-learning project in Fiji.
Ecology (2335) is a traditional course where students work on applied problems, including those associated with climate change, invasive species, overexploitation etc. The focus is on the ecological concepts, looking at either sustainability or community, with reference to the other, through units, labs, assignments, and activities.
The Kendeda Building for Innovative Sustainable Design at Georgia Tech promises to be a flexible, multi-use academic space as well as the most environmentally advanced educational and research building in the Southeast. In this case study, learn about what it means for the Kendeda Building to receive certification as a “living building.” Serve-Learn-Sustain interprets sustainable communities as integrated systems, wherein environment, economy, and society all inform each other. As you read this case study, consider these terms as discrete factors, but also as connected.
This tool uses the Atlanta BeltLine project to introduce students to key concepts in Equitable and Sustainable Development, particularly as it pertains to large infrastructure projects. Through a combination of take-home readings, lecture, and in-class group activity, students will explore the successes, and critiques of the BeltLine project. Equally important, they will learn to define what infrastructure means, what it does, and how we can impact its development in order to achieve equity and sustainability.
This tool was created by Bethany Jacobs and Dave Ederer.
The following rubric assesses SLO 1: Students will be able to identify relationships among ecological, social, and economic systems. The goal of this SLO is for students to develop a baseline schema to identify both existing and novel examples of relationships among key sustainability components (ecological, social, and economic systems).
The following rubric assesses SLO 2: Students will be able to demonstrate skills needed to work effectively in different types of communities. The goal of this SLO is for students to develop skills (e.g., communication, observation, interview, critical thinking, etc.) that are necessary to work with community collaborators in order to promote community action.
Extreme heat leads to more deaths in the US than all other natural disasters combined, and as global temperatures rise, so will the dangers. Urban areas, such as Georgia Tech’s campus, are of primary concern because of the urban heat island effect – the phenomenon in which cities are warmer than nearby rural areas.
Georgia Tech needs your help! This tool will teach you more about the urban heat island effect. You’ll identify real-world urban heat islands on the Georgia Tech campus and propose strategies to reduce temperatures at these campus hot spots. We encourage you to send your recommendations to Georgia Tech’s Urban Climate Lab for consideration!
Are heat waves simply natural disasters over which we have no control? With heat waves set to increase over the coming decades, how can we fight this invisible killer? In this case study, head back to 1995 Chicago, when one of the deadliest heat waves in US history struck the city, killing hundreds. Learn about the demographics that were particularly vulnerable to the heat wave, and how those vulnerabilities made this heat wave (and others like it) not just a natural disaster, but a social one. After reading this case study and an interview transcript with one of the experts on the 1995 Chicago heat wave, turn to the Discussion Questions to think about how social networks and the built environment can protect us during heat waves now and in the future.