B.A. Environmental Science

4 Years On Campus Bachelors Program

Wittenberg University

Program Overview

Wittenberg University’s Bachelor of Arts in Environmental Science combines scientific study with social science and humanities perspectives to help students understand environmental challenges and develop practical approaches to addressing them. The programme suits students interested in conservation, water resources, wildlife management, climate change, or environmental justice, with a flexible, advisor-guided curriculum that lets students build a focus around their interests.

Curriculum Structure

The following is an illustrative four-year progression based on Wittenberg’s official B.A. requirements and approved course options. It is not a fixed year-by-year schedule; students work with an academic adviser and the programme director to develop their individual plan.

Year 1: Foundations in Environmental Science

Students begin by building a scientific foundation through courses such as ESCI 101, a required Environmental Science course, and ESCI 100: Climate Change. They can also choose BIOL 170: Concepts of Biology: Biological Information, Reproduction, and Evolution or GEOL 150: Physical Geology to explore biological systems and the physical processes that shape the environment.

Year 2: Environmental Methods and Spatial Analysis

Students progress into core Environmental Science requirements, including ESCI 250 and ESCI 290, while developing their understanding of environmental investigation. Options such as ESCI 291: Spatial Analysis in the Natural Sciences, ESCI 292: Remote Sensing, and ESCI 293: Applied Problems in GIS introduce spatial data and geographic analysis relevant to environmental research.

Year 3: Advanced Environmental Topics

Students shape their studies around a theme such as conservation biology, aquatic ecosystems, stream resources, water resources, or wildlife management. Depending on their chosen focus, they may take BIOL 250: Topics: Conservation Biology, BIOL 346: Ecology, or GEOL 315: Watershed Hydrology, alongside approved social science or humanities courses that broaden their understanding of environmental issues.

Year 4: Fieldwork, Applied Projects, and Senior Seminar

Students complete ESCI 494: Senior Seminar and a significant capstone experience, which may include extended field studies, a field seminar, or a project-based course. This final stage allows students to bring together their scientific knowledge, research, and chosen area of focus while preparing for environmental employment or postgraduate study.

Focus Areas

Climate change, conservation biology, aquatic ecosystems, stream resources, water resources, wildlife management, environmental justice, ecology, environmental geology, geographic information systems (GIS), remote sensing, and environmental research.

Learning Outcomes

Students develop scientific reasoning, environmental problem-solving, research and fieldwork skills, spatial-analysis knowledge, data interpretation, critical thinking, and communication skills. They learn to investigate environmental challenges from scientific and interdisciplinary perspectives and apply their knowledge to a selected environmental theme.

Professional Alignment (Accreditation)

Wittenberg’s official programme information does not identify a separate professional accreditation specifically for the B.A. in Environmental Science. Its combination of scientific coursework, interdisciplinary study, field experiences, and a capstone project can support preparation for environmental careers and further education, although certain specialist roles may require additional qualifications.

Reputation (Employability Rankings)

Wittenberg highlights advisor-guided study, independent research, applied environmental projects, and opportunities to focus on areas such as conservation biology and water resources. The university also offers a cooperative 3-2 programme with Duke University’s School for the Environment, through which eligible students can complete three years at Wittenberg followed by two years at Duke, earning a Wittenberg B.A. and a Duke M.A. in an environmental programme. A current programme-specific QS or Guardian ranking or graduate employment statistic was not identified in the official sources reviewed.

Experiential Learning (Research, Projects, Internships etc.)

Wittenberg University’s Environmental Science programme connects classroom learning with fieldwork, applied research, and local sustainability projects. Students can investigate water quality, map environmental risks using Geographic Information Systems (GIS), and collaborate with local organisations on conservation and environmental challenges. The programme also offers internships, field-based capstone experiences, and access to a dedicated GIS laboratory, helping students develop practical skills in environmental investigation and scientific communication.

Key practical learning opportunities include:

GIS Laboratory: Students use Geographic Information Systems in courses such as ESCI 293: Applied Problems in GIS and ESCI 294: GIS Applications. The GIS lab also supports map printing for coursework, field classes, and research posters.
Remote Sensing and Spatial Analysis: Courses including ESCI 291: Spatial Analysis in the Natural Sciences and ESCI 292: Remote Sensing introduce methods for analysing geographic and environmental information.
Environmental Internships: Students can gain experience with organisations working on environmental problems. Past opportunities have included the Clark County Solid Waste Management District, Ohio Department of Natural Resources, Clark Soil and Water Conservation District, and Tecumseh Land Trust.
Water-Quality Research: Internship projects have included evaluating stream water quality and sampling aquatic macroinvertebrates in Buck Creek through the Hagen Center for Civic and Urban Engagement.
Conservation and Environmental Mapping: Students have created GIS maps to support conservation easement applications and worked on watershed protection proposals.
Local Sustainability Projects: Through the Hagen Center and community collaborations, students can work on stream monitoring, lead-risk mapping, urban heat-island investigations, soil-carbon assessments, biodiversity monitoring, and climate-risk reports.
Field Studies and Capstone Projects: B.A. students can satisfy the capstone requirement through extended field studies, field seminars, or project-based courses, providing opportunities to apply environmental science knowledge outside traditional classroom settings.
Faculty-Supported Research: Students can develop independent research projects and work with faculty on environmental topics. Wittenberg reports that partners have provided more than $250,000 in research instrumentation over the past decade.
Thomas Library: The university’s library provides academic research support for students completing environmental coursework and research projects.

Specific software brands and a programme-wide requirement for group projects were not confirmed in the official sources reviewed.

Progression & Future Opportunities

Wittenberg University’s B.A. in Environmental Science can prepare graduates for work in conservation, environmental assessment, natural-resource management, sustainability, and environmental research. Its interdisciplinary curriculum, field-based learning, GIS coursework, and applied projects help students develop skills for environmental organisations, government agencies, consulting firms, and further academic study.

Typical Career Options

Environmental Scientist
Conservation Specialist
Environmental Consultant
Natural Resources Specialist

Career Development and Graduate Outcomes

Career Services: Wittenberg’s Office of Career Engagement offers personalised career advising, job-search resources, internship support, and career-planning tools. Students can use Handshake to explore employment and internship opportunities and register eligible internships for academic credit.
Employment Statistics: Wittenberg reports that 96.6% of its graduates in 2023 secured career placements within six months of graduation. This is a university-wide figure, not an Environmental Science-specific employment rate.
Salary Information: The official programme information reviewed does not provide a specific salary figure for graduates of the B.A. in Environmental Science. Earnings vary by job, employer, location, and experience.
Environmental Partnerships: Wittenberg students have worked on sustainability projects supported by the Hagen Center for Civic and Urban Engagement. Faculty also serve in advisory roles with organisations including the B-W Greenway, Springfield Conservancy District, Miami Conservancy District, and Clark County Soil & Water Conservation District.
Internship Experience: Past placements have involved the Ohio Department of Natural Resources, Clark County Solid Waste Management District, Tecumseh Land Trust, and other environmental organisations. These examples demonstrate potential opportunities, rather than guaranteed placements for every student.
Research and Professional Skills: The capstone experience, environmental fieldwork, GIS coursework, and opportunities for independent research help students develop scientific investigation, data analysis, mapping, written communication, and presentation skills.
Professional Accreditation: The official programme information reviewed does not identify a separate professional accreditation specifically for the B.A. in Environmental Science. Graduates interested in specialised or regulated roles should check the additional qualifications required by employers or professional bodies.
Graduate Study Pathway: Wittenberg offers an accelerated 3-2 cooperative programme with Duke University’s School for the Environment for eligible students. Participants complete three years at Wittenberg followed by two years in an environmental programme at Duke, earning a Wittenberg B.A. and a Duke M.A.

Further Academic Progression: Graduates can consider master’s programmes in Environmental Science, Environmental Management, Sustainability, Ecology, Conservation Biology, or Natural Resource Management. Students interested in research can pursue further postgraduate study, including doctoral programmes, after meeting the relevant entry requirements. Those interested in environmental policy or planning may also explore related degrees in public policy, environmental policy, or urban and regional planning. Students seeking a more direct route into environmental graduate study can investigate Wittenberg’s cooperative programme with Duke University and confirm its current eligibility and admission requirements.