Bachelor's in Environmental Science

4 Years On Campus Bachelors Program

Capital University

Program Overview

Capital University's Environmental Science bachelor's degree combines biology, chemistry, geology, and physics with environmental research and an understanding of public policy. It is a good choice for students who want to investigate environmental problems, protect ecosystems, and develop practical skills for careers in conservation, pollution management, environmental consulting, and sustainability.

Curriculum Structure

The program brings together science courses with opportunities to explore environmental policy, technical writing, sustainability, and research methods. The following outline describes a general progression through the degree rather than a confirmed year-by-year course schedule.

Year 1: Students build a foundation in the natural sciences and learn about major environmental challenges. Introductory biology, physics, and public policy help them understand how natural processes work and how human decisions influence environmental protection.

Year 2: Students develop a deeper understanding of organisms, ecosystems, and the physical and chemical processes that shape the environment. Coursework in ecology, chemistry, and geology helps them explore how living things interact with their surroundings and how scientists investigate environmental change.

Year 3: Students can expand their knowledge through more specialized environmental topics and research activities. Subjects such as oceanography, tropical ecology, and environmental research methods can help them understand biodiversity, marine environments, and the scientific techniques used to investigate environmental problems.

Year 4: Students bring together their scientific knowledge through advanced study and a senior research experience. With faculty guidance, they can investigate a scientific question, analyze evidence, and develop conclusions that demonstrate their ability to apply environmental science to real-world challenges.

Focus Areas

Environmental biology, chemistry, geology, physics, ecology, environmental research, sustainability, public policy, technical writing, environmental regulations, and natural resource management.

Learning Outcomes

Students develop an understanding of environmental science, learn to interpret scientific research, investigate environmental problems, evaluate evidence, and communicate findings clearly. They also strengthen their analytical, problem-solving, and teamwork skills, helping them assess environmental challenges and consider practical solutions.

Professional Alignment and Accreditation

The program's interdisciplinary science foundation can prepare students for careers in environmental consulting, pollution control, conservation, waste management, and environmental restoration. No specific professional accreditation for this bachelor's degree has been confirmed in the university's published program information.

Reputation and Employability

Capital University emphasizes hands-on learning, faculty mentorship, and opportunities to conduct and present research. Its 12:1 student-to-faculty ratio supports an environment where students can seek individual guidance, while the Primmer Outdoor Learning Center offers opportunities to explore ecological research and field-based learning. A program-specific employability ranking or graduate employment rate has not been confirmed.

Experiential Learning (Research, Projects, Internships etc.)

Capital University's Environmental Science program allows students to connect classroom learning with laboratory work, field research, and real environmental settings. Students can investigate ecosystems, participate in faculty-guided research, and explore environmental challenges through field courses, internships, and service-learning activities. One notable resource is the Primmer Outdoor Learning Center, where students and faculty can engage with ecological restoration, biological conservation, and environmental sustainability projects.

Students can explore the following practical opportunities and facilities:

Primmer Outdoor Learning Center: This 74-acre property in the Hocking Hills region includes several ecosystems, such as wetlands, woodlands, streams, and restored prairie habitats. It provides a setting for research and service projects related to ecological restoration, conservation, and sustainability.
Field courses and international study: Students may have opportunities to study reef biology in Cozumel, Mexico, and Andros Island in the Bahamas, or explore tropical ecology in Costa Rica and Ecuador. Available destinations and activities vary by academic year.
Senior research experience: Students undertake an individualized research experience with faculty guidance, investigating a scientific question and developing evidence-based conclusions.
Internships: Students can explore placements with businesses, government agencies, and volunteer organizations to gain experience applying environmental science in professional settings.
Laboratory and field research: Students can investigate opportunities to conduct biology and environmental science research, develop scientific investigation skills, and potentially present their findings at regional or national scientific meetings.
Research methods and analytical tools: Coursework in computational science and environmental research methods can help students develop analytical skills. Students should confirm the specific software and digital tools available through the department.
Faculty mentorship: Faculty members can provide guidance on research interests, academic progress, and potential career directions.

Progression & Future Opportunities

Capital University's Environmental Science degree prepares students to explore careers focused on environmental protection, conservation, pollution management, and sustainable resource use. By combining scientific coursework with research experience and field-based learning, the program can help graduates pursue opportunities in government, consulting, industry, nonprofit organizations, or further academic study.

Typical career options include Environmental Consultant, Wildlife Manager, Pollution Specialist, and Forestry and Parks Specialist.

Students can strengthen their career prospects through the following opportunities:

Career development services: Capital University's Career Development team helps students and alumni identify career goals, prepare resumes, plan job searches, and explore professional opportunities. Students can also use Handshake to find internship listings and job opportunities.
Internships and professional experience: Students are encouraged to gain practical experience through internships and relevant work with businesses, government agencies, and volunteer organizations. These experiences can help them apply classroom knowledge and develop professional connections.
Research and networking: Faculty-guided research and opportunities to present at scientific meetings can help students build research portfolios, communicate scientific findings, and connect with the scientific community.
Environmental research and community engagement: Projects at the Primmer Outdoor Learning Center provide experience related to ecological restoration, biological conservation, and environmental sustainability. These are valuable learning opportunities but do not guarantee employment with a particular organization.
Employment statistics and salaries: A verified employment rate or salary figure specifically for Capital University's Environmental Science graduates has not been confirmed. Students can consult the U.S. Bureau of Labor Statistics and the university's career resources to explore current salaries and employment outlooks for individual occupations.
Professional accreditation: No specific professional accreditation has been confirmed for this degree. Students interested in specialized environmental careers should check whether their intended roles require additional credentials, certifications, or postgraduate qualifications.
Graduation outcomes: Graduates may pursue environmental consulting, wildlife and forestry management, pollution control, waste management, or graduate studies. Actual career opportunities depend on each student's experience, interests, and additional qualifications.

Further Academic Progression: After completing the bachelor's degree, students can consider postgraduate study in environmental science, ecology, conservation biology, environmental management, sustainability, environmental policy, or related scientific fields. Those interested in advanced research or specialist roles may pursue a master's degree and eventually a PhD. Students interested in environmental law or public policy can also explore relevant graduate or professional programs, depending on the admission requirements of their chosen institution.