Bachelor of Science in Environmental Science

4 Years On Campus Bachelors Program

Stetson University

Program Overview

Stetson University’s Bachelor of Science in Environmental Science prepares students to understand and address environmental challenges through natural science, conservation research, and evidence-based decision-making. Students explore ecology, environmental chemistry, geographic information systems, and environmental policy while developing practical research and analytical skills for careers in environmental consulting, conservation, resource management, and environmental science.

Curriculum structure

The official curriculum includes a senior research sequence and a combination of natural science, environmental analysis, and policy coursework. The following is a suggested progression based on the published degree requirements, not a fixed year-by-year course schedule.

Year 1 – Foundations in environmental science

Students begin with ENSS 140P: Introduction to Environmental Science and Studies and ENSS 141P: Environmental Science: Methods and Practice, developing an understanding of environmental systems and scientific investigation. They also complete foundational science courses such as BIOL 112P: Environmental Biology or CHEM 141P: General Chemistry I, building the knowledge needed to study ecological and chemical processes.

Year 2 – Environmental data and scientific methods

Students develop their analytical skills through ENSS 201: Introduction to Maps and Geographic Information Systems and ENSS 301: Geographic Information Systems and Science. They can complement this work with ENSS 230P: Introduction to Geology and ENSS 345Q: Statistics for Environmental Professionals, learning to interpret spatial information and quantitative evidence in environmental investigations.

Year 3 – Conservation, ecology, and environmental policy

Students can explore specialised topics through BIOL 244: Introductory Biology III: Ecology and Evolution, ENSS 302: Field Methods, and ENSS 330: Wetlands Systems. They also study environmental decision-making through courses such as ENSS 218: Environmental Law and Policy, ENSS 319: Water Policy, or ENSS 325: Climate Adaptation and Planning, depending on their selected options.

Year 4 – Independent research and professional preparation

Students complete ENSS 497: Research Proposal, ENSS 498: Senior Research Project, and ENSS 499: Senior Seminar. This sequence helps them develop a research question, carry out an independent project, and communicate findings while bringing together their scientific, analytical, and environmental problem-solving skills.

Focus areas

Environmental science, natural resource conservation, environmental chemistry, ecology, biodiversity, geographic information systems, geospatial analysis, environmental geology, wetlands, field research, environmental law and policy, climate adaptation, and environmental management.

Learning outcomes

Students learn to apply evidence-based natural science principles to environmental decisions, analyse environmental data using quantitative and spatial tools, evaluate environmental policies, and develop solutions for species and habitat conservation. They also strengthen their scientific communication skills and ability to integrate different disciplinary perspectives when addressing complex environmental challenges.

Professional alignment (accreditation)

Stetson University's official catalog does not identify a separate professional accreditation for the B.S. in Environmental Science. The program's emphasis on natural science, conservation research, GIS, and environmental policy can help students develop relevant skills for environmental agencies, conservation organisations, research institutions, and consulting firms. Students should check whether additional qualifications are required for their intended profession.

Reputation (employability rankings)

Stetson highlights applied learning, fieldwork, community-based projects, and internships across its Environmental Science and Studies programs. The university reports that 90% of its graduates are employed or pursuing further education, but this is a university-wide outcome rather than a verified statistic for Environmental Science graduates. No specific program-level QS or Guardian employability ranking was identified in the official sources reviewed.

Experiential Learning (Research, Projects, Internships etc.)

Stetson University emphasises practical learning through field studies, environmental research, internships, and community-based projects. Students can use geographic information systems and GPS tools to analyse environmental patterns, investigate ecological systems through field methods, and develop research skills through faculty-guided projects. The program also provides access to specialised laboratories and equipment supporting environmental and natural science study.

Key experiential learning opportunities include:

GIS computer lab: Students can develop geospatial analysis and mapping skills relevant to conservation, land-use planning, and environmental management.
Field studies laboratory and equipment: Resources support practical environmental investigations and field-based learning.
GPS technology: Global Positioning System tools help students locate, map, and analyse environmental features and natural phenomena.
Environmental field methods: ENSS 302: Field Methods provides opportunities to learn practical approaches to environmental investigation.
Wetlands and ecological studies: Courses such as ENSS 330: Wetlands Systems and BIOL 244: Introductory Biology III: Ecology and Evolution support the study of ecosystems, habitats, and biodiversity.
Senior research sequence: ENSS 497: Research Proposal, ENSS 498: Senior Research Project, and ENSS 499: Senior Seminar help students develop, conduct, and communicate independent research.
Internships: The university identifies internships as part of its experiential learning approach, allowing students to gain exposure to environmental work settings.
Community-based projects and service learning: Students can connect environmental concepts with community needs and sustainability challenges.
Study abroad: Field-based and international learning opportunities can help students examine environmental issues across different geographical and cultural contexts.
Interdisciplinary faculty expertise: The program draws on faculty from natural sciences, social sciences, and humanities, with research involving local and international field settings and collaborations with universities, government agencies, nonprofits, and industry.

Progression & Future Opportunities

Graduates of Stetson University's Environmental Science B.S. can pursue careers in environmental research, conservation, environmental consulting, and natural resource management. The program's science-focused curriculum, geospatial training, and senior research experience can help students prepare for professional roles or postgraduate study in environmental and related scientific disciplines.

Potential career paths include:

Environmental scientist
Environmental consultant
Conservation specialist
Ecologist

Career development and employment preparation:

Career services: Stetson's career development resources can help students explore career options, prepare résumés, practise interviews, and identify internships and employment opportunities.
Research experience: The senior research sequence helps students build skills in research design, evidence analysis, and scientific communication.
Industry and research connections: Environmental Science faculty participate in projects involving universities, government agencies, nonprofit organisations, and industry. These connections may provide opportunities for research collaboration and professional exposure, although specific placement guarantees are not stated.
Internships and field experience: Internships, field studies, and community-based projects can help students gain practical experience relevant to environmental careers.
Employment statistics and salaries: Stetson reports that 90% of its graduates are employed or pursuing further education across the university. No verified Environmental Science-specific employment rate or salary figure was identified in the official sources reviewed.
Professional accreditation: No separate professional accreditation is specified for this degree in the official catalog. Students should verify any additional certifications or licensing requirements relevant to their intended careers.

Further Academic Progression: Graduates can pursue master's or doctoral degrees in environmental science, ecology, conservation biology, environmental management, environmental policy, or geospatial science, depending on their interests and admission requirements. The research sequence provides a useful foundation for postgraduate study, particularly for students interested in environmental research, conservation, or scientific analysis.