Equip yourself with the knowledge and skills to address complex environmental challenges and create sustainable solutions for our planet's future. The Master of Science in Environmental Science is designed to prepare students for professional careers in environmental science and sustainability. Our interdisciplinary program combines rigorous scientific study with practical application, enabling graduates to address pressing environmental issues facing our world today. With a focus on both natural and social sciences, our curriculum provides students with a comprehensive understanding of environmental systems, policy, and management. Students engage in hands-on research, fieldwork, and collaborative projects that develop critical thinking and problem-solving skills essential for tackling complex environmental challenges. Our program offers flexibility with specialization tracks in: Our comprehensive curriculum combines core courses with electives and research opportunities tailored to your interests. Choose from a wide range of electives in your chosen specialization track, including topics such as: Our distinguished faculty are actively engaged in cutting-edge environmental research. Environmental Chemistry My research focuses on emerging contaminants, greenhouse gas emissions, and development of sustainable analytical methods. Conservation Biology I study biodiversity patterns, species conservation, and the impacts of habitat fragmentation on ecosystem function. Environmental Policy My work examines the effectiveness of environmental regulations, policy approaches to climate adaptation, and environmental justice. Water Resources I research hydrological processes, water management strategies, and the impacts of climate change on water availability. Students in our program have numerous opportunities to engage in faculty-led research projects, develop independent research under faculty supervision, and present findings at regional and national conferences. Many students co-author peer-reviewed publications with faculty members during their studies. We particularly encourage research in emerging areas such as climate resilience, environmental justice, green chemistry, and sustainable resource management. We welcome applicants from diverse academic backgrounds, but strongly recommend the following preparation: We offer teaching assistantships, research assistantships, and competitive scholarships based on academic merit. Approximately 85% of our graduate students receive some form of financial support. To be considered, please submit your application by the priority deadline. Assistantships typically provide full tuition remission plus a monthly stipend. Our graduates are well-positioned for diverse careers addressing environmental challenges across sectors. Many graduates work for federal, state, or local environmental agencies including EPA, NOAA, USGS, and Department of Natural Resources in roles such as: Graduates find rewarding positions with consulting firms, corporations, and non-profit organizations in roles such as: Some graduates pursue doctoral studies or research positions at universities, government labs, or research institutions: "The interdisciplinary approach of this program allowed me to connect my background in chemistry with ecological systems. The hands-on fieldwork and lab experiences gave me practical skills that I use daily as an environmental consultant." "The program's focus on both science and policy was invaluable for my career in environmental regulation. The faculty mentors were supportive and helped me secure a research assistantship that directly related to my interests." Join our community of scholars and practitioners dedicated to solving the world's most pressing environmental challenges. For questions about the program application process, contact our admissions office at gradadmissions@ues.eduMaster of Science in Environmental Science
About the Program
Curriculum
Core Courses (24 Credits)
Course Credits Description ENVS 501: Environmental Systems Analysis 3 Introduction to systems thinking and environmental modeling approaches ENVS 512: Environmental Chemistry 3 Chemical processes in natural and polluted environments ENVS 525: Ecological Principles 3 Advanced study of ecological theory and applications ENVS 538: Environmental Policy and Law 3 Legal frameworks and policy approaches to environmental issues ENVS 542: Research Methods in Environmental Science 3 Quantitative and qualitative research methodologies ENVS 560: Climate Change: Science and Policy 3 Examination of climate change from scientific and policy perspectives ENVS 590: Graduate Seminar 3 Critical analysis of current environmental literature ENVS 599: Thesis Research (or Capstone Project) 3 Independent research culminating in thesis or capstone project Specialization Electives (12 Credits)
Environmental Chemistry and Toxicology Track
Conservation Biology and Ecology Track
Environmental Policy and Management Track
Water Resources and Hydrology Track
Climate Science and Adaptation Track
Faculty Research Interests
Dr. Sarah Johnson
Dr. Michael Chen
Dr. Emily Rodriguez
Dr. David Kim
Research Opportunities
Admissions Requirements
Application Materials
Deadlines
Prerequisites
Financial Assistance
Career Opportunities
Government Agencies
Private Sector
Research & Academia
Student Testimonials
Ready to Make a Difference?
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