College of Sciences

Ecology

Ecology is a flipped 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. 

Extreme Atlanta: Climate Change in Urban Spaces

In this unique project-based interdisciplinary course, students will be exposed to local problems within the greater Atlanta, GA region tied to global climate change. Students will investigate local impacts in the context of atmospheric, hydrological and land processes on the city, including a detailed look at the biological impacts to organisms in this region (including humans)!

Nature, Governance, and Sustainability in Costa Rica

This study abroad program will provide a unique opportunity for students to learn and live in the tropics of Central America. Students will take two classes, BIOL 4813 Tropical Biology & Sustainability and PHIL 3127 Science, Technology, and Human Values, that will introduce students to biological, governmental, and societal interactions that help communities protect natural resources, preserve biological diversity, support local innovation, strengthen societal ties, and bolster human capital.

Climate Resilience

The rapid change in climates across the globe requires us to determine which human and ecological systems will be most affected and how to alleviate climate vulnerability, which is captured by the concept climate resilience. While past studies have largely focused on climate resilience through the lens of either ecological or social systems, there is great potential in quantifying and optimizing climate resilience through the study of integrated social-ecological systems. Social, agricultural, and ecological systems are spatially and functionally integrated.

Introduction to Research

SHaRP Living Learning Community students only – Students in this course will engage with faculty and professional researchers at Georgia Tech in order to explore the ethical effects of medical research. Students will be challenged to related ethical research to community health by engaging with community partners including the Atlanta Food Bank and Georgia Farmer’s Market Association.

Chemical Principles I Laboratory

The laboratory portion of this course focuses on foundational principles and essential techniques of chemistry. These conceptual and technical tools have great relevance to many issues of importance to society, including climate change, human health, economic security, and more. SLS-related experiments in CHEM 1211K will be related to five threads of sustainability in chemistry: Green Chemistry, Chemistry and Society, Everyday Chemical Analysis, Computational Chemistry, and Climate Change.

Scientific Foundations of Health

This section of Scientific Foundations of Health will focus on community interactions to promote a more healthy, sustainable future.  Projects will focus on bringing awareness and developing both short, and long-term solutions to health issues impacting the Georgia Tech and Greater Atlanta community.

Synthesis Lab I

Synthesis Lab I introduces you examples of organic reactions that have impact in real-life industry and business. Students will learn how does organic chemistry improve the overall quality of life for all by the chemical synthesis of pharmaceuticals, dyes, polymer materials, etc in a sustainable fashion.

Synthesis Lab I

Synthesis Lab I introduces you examples of organic reactions that have impact in real-life industry and business. Students will learn how does organic chemistry improve the overall quality of life for all by the chemical synthesis of pharmaceuticals, dyes, polymer materials, etc in a sustainable fashion.

Biodiversity Dynamics

Biodiversity Dynamics will be a project-based course will explore where plants and animals live on the landscape, and how and why they move or evolve in response to environmental changes and human impacts. We will use real species, landscape, climate, and human impact data to explore biogeographic rules, such as the latitudinal & elevation diversity gradients. We will also learn about how landscape ecologists use species distribution models and corridor models for conservation purposes.

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