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Department of Environmental Science

BS in Environmental Science

Career Options

According the 2010-11 edition of the United States Bureau of Labor Statistics’ Occupational Outlook Handbook, employment of environmental scientists and specialists is expected to increase by 28 percent between 2008 and 2018, much faster than the average for all occupations.

Career Fields Include:

Environmental Scientist

Environmental Technician

Environmental Consultant

Environmental Engineer

Conservation Biologist

Ecologist

Environmental science students may choose to focus on water resources or applied ecology. Students studying water resources focus on the flows and quality of water in various environments including streams, lakes, aquifers, and soils, and receive comprehensive training in the biology, chemistry, and ecology of soils and water bodies. The focus is on human-influenced and natural processes affecting soil quality and water quality. Courses emphasize watershed and groundwater hydrology and hydrogeology, water quality assessment and control, soil and water conservation, bioremediation and phytoremediation, and watershed management and planning. Students are often involved in faculty research programs, and present the results of their research at local and national conferences.

Applied Ecology is the study of interrelationships between organisms and their environment, within the context of seeking to understand and mitigate the impacts of human activities on those systems. Students are provided with the core science background necessary to conduct environmental field and laboratory research. Students then gain familiarity with specific ecological systems, concepts, and methods through courses such as Water Quality Assessment, Forest Ecology, Wetlands Ecology, Field Methods, Limnology and Plant Ecology.

Applied ecology courses are laboratory-intensive and quantitative, a major goal being the acquisition of advanced skills in utilizing analytical tools - such as statistical software, mapping applications and geographic information systems (GIS). This combination of a strong science core with applied environmental technologies allows an Environmental Science graduate to pursue either graduate study in the sciences or immediate entry-level employment with an environmental engineering firm, government agency or non-governmental organization.

Courses & Requirements

ESP 101 Fundamentals of Environmental Science

ESP 102 Fundamentals of Environmental Science Lab

ESP 125 Introduction to Environmental Ecology

ESP 126 Introduction to Environmental Ecology Lab

ESP 150 Field Immersion

ESP 203 Environmental Communication

ESP 280 Research and Analytical Methods

ESP 401 Environmental Impact Assessment and Lab

ESP 400 Internship (between junior and senior year)

ESP 475 Senior Seminar

ESH 341 Environmental Regulations

CHY 113 Principles of Chemistry I

CHY 114 Laboratory Techniques I

CHY 115 Principles of Chemistry II

CHY 116 Laboratory Techniques II

CHY 231 Analytical Chemistry

CHY 232 Analytical Chemistry Lab

MAT 152 Calculus A

ESP 250 Soils and Land Use

ESP 360 Water Quality Assessment and Control

 

Choose either Physics or Biology:

PHY 111 Elements of Physics I and

PHY 114 Introduction to Physics Lab

BIO 105 Biological Principles I: Cellular Biology

BIO 106 Laboratory Biology

 

Choose either conservation engineering or ecosystems ecology:

ESP 260 Soil and Water Conservation Engineering

ESP 412 Field Ecosystem Ecology

 

Choose one tools course

Suggested tools courses include: MAT 120, MAT 220, ESP/GEO 108, GEO 205, GEO 308

 

Choose four environmental science classes 200-level or higher in accordance with approved program of study.