Environmental and Sustainability Studies

BACHELOR OF SCIENCE

Environmental Sustainability is a field that focuses on how societies can meet the needs of the present without compromising the ability of future generations to meet their own needs. The Bachelor of Science in Environmental and Sustainability Studies program is designed to produce graduates that have both the knowledge and skills to address environmental and social crises. Complex issues, such as renewable energy, climate change, recycling, and environmental security, requires an interdisciplinary education that weaves together science and social science disciplines. Graduates of this program are well prepared for careers in all levels of government, non-governmental organizations, and businesses.

Program Course Requirements

Click here to view Core IMPACTS General Education Curriculum requirements.

Program Advice (can share with CORE curriculum):
MATH 1113Precalculus Mathematics (Required)3
MATH 1401Elementary Statistics (Required)3
LAB SCIENCE SEQUENCE REQUIRED8
Introductory Physics I
and Introductory Physics II (Option 1)
Principles of Physics I
and Principles of Physics II (Option 2)
Principles of Geology (Option 3 - choose 2 courses)
Historical Geology
Geology & the Environment
Recommended for Social Science electives6
Intro to Cultural Anthropology
Introduction to Geography
Intro to Human Geography
Intro to Physical Geography

 Click here to view Core IMPACTS General Education Curriculum requirements.

Core IMPACTS General Education Curriculum requirements42
NOTE: Core IMPACTS courses can also satisfy requirements in your Program of Study. Please review the requirements for your major to prevent taking extra courses. The USG Core IMPACTS curriculum is designed to ensure that students acquire essential knowledge in foundational academic areas and develop career-ready competencies. There are seven Core IMPACTS areas. Students at all USG institutions must meet the Core IMPACTS requirements in all specified areas.
Field of Study: Major Related
BIOL 1107KPrinciples of Biology I4
BUSA 2106The Environment of Business3
CHEM 1211KPrinciples of Chemistry I4
CHEM 1212KPrinciples of Chemistry II4
SUST 2000Intro Envir Sustainability *3
UPPER LEVEL REQUIREMENTS (Grades of C or higher required)
Environmental and Sustainability Core
BIOL 1108KPrinciples of Biology II4
ECON 2105Principles of Macroeconomics3
or ECON 2106 Principles of Microeconomics
SUST 3000Political Ecology3
SUST 3500Environ Policies, Rules & Regu3
SUST 4000Senior Seminar2
SUST 4100Water Resources3
SUST 4200Energy Sustainability3
SUST 4300Waste and Recycling3
SUST Electives (Choose 3 courses)9
Environmental Security
Sustainable Cities
Climate and Society
Sustain. Transport & Mobility
Spec Top Envir. Sustainability
STM Electives ***27
Students are strongly encouraged to choose appropriate STM electives to earn a minor in Biology or Chemistry.
Ethical Issues in Science
Science and Society
Ecology
Plant Biology
Invertebrate Zoology
Freshwater Ecology
Conservation Biology
Ornithology
Herpetology
Field Biology Techniques
Evolution
Bioremediation
Ecotoxicology
Service Learning in Biology ***
Internship in Biology ***
Research in Biology ***
Organic Chemistry I
Organic Chemistry II
Quantitative Analysis
Biochemistry
Environmental Chemistry
Service Learning in Chemistry ***
Internship in Chemistry ***
Research in Chemistry ***
Environmental Hazards
Special Topics in US History **
Calculus and Analytic Geom I
Calculus and Analytic Geom II
Biological Statistics
Environmental Security
Sustainable Cities
Climate and Society
Sustain. Transport & Mobility
Internship Environmental Susta ***
Spec Top Envir. Sustainability
Research: Environ Sustainabili ***
Total Hours120
*

SUST 2000 is the pre-requisite for all SUST courses and must be successfully completed before taking other SUST courses.

**

HIST 3960 is allowed only when the topic is Environmental History. If this course is taken, please notify the Registrar's Office so credit can be applied toward your program of study.

***

Students are limited to a maximum of eight credit hours in applied learning courses (BIOL 4800, CHEM 4800, BIOL 4860, CHEM 4860, SUST 4860, BIOL 4960, CHEM 4960, SUST 4960). Students are limited to a maximum of four credit hours in any one of the three applied learning categories: service learning (BIOL 4800, CHEM 4800), internships (BIOL 4860, CHEM 4860, SUST 4860), and research (BIOL 4960, CHEM 4960, SUST 4960).