B.S. in Environmental Science

4 Years On Campus Bachelors Program

Bethel University

Program Overview

Bethel University’s Bachelor of Science in Environmental Science combines biology, ecology, chemistry, and environmental studies to help students understand environmental problems and develop science-based solutions. Designed for students interested in conservation, wildlife protection, environmental monitoring, restoration, or sustainability, the programme combines laboratory learning, field experiences, research, and internship opportunities to prepare students for environmental careers or graduate study.

Curriculum Structure

The following is a suggested progression based on Bethel’s official course catalogue. It is not a verified fixed four-year schedule, so students should consult the current academic plan and an adviser for their individual course sequence.

Year 1: Environmental Foundations

Students begin with ENS 104: Environment and Humanity and ENS 104D: Environment and Humanity Lab, exploring the relationships between people and natural systems while investigating problems involving water, air, soil, and ecosystems. The accompanying laboratory introduces outdoor and off-campus investigations, helping students connect scientific concepts with real environmental conditions.

Year 2: Sustainability and Scientific Inquiry

Students can take ENS 205L: Sustainable Living, which introduces environmental research methods, the use of environmental literature, and ways to evaluate scientific writing and presentations. They begin learning how to develop research proposals and assess practical approaches to environmentally sustainable living.

Year 3: Environmental Research and Specialisation

Students build on their scientific foundation through advanced environmental and biological coursework, developing skills in environmental observation, data collection, and analysis. Depending on their interests and course availability, they may explore additional environmental courses through Bethel’s partnership with the Au Sable Institute of Environmental Studies, including summer courses that can count toward environmental requirements.

Year 4: Independent Research or Professional Experience

Students can complete ENS 481: Internship in Environmental Science, gaining off-campus experience with an environmental organisation, business, or government agency. Alternatively, they may pursue ENS 496: Research in Environmental Science and ENS 497: Advanced Research in Environmental Science, conducting an independent project under faculty supervision, analysing results, writing a scientific paper, and presenting their findings.

Focus Areas

Environmental science, ecology, conservation biology, natural-resource management, environmental monitoring, ecological restoration, water quality, environmental research, sustainable living, renewable energy, water treatment, wildlife management, and environmental education.

Learning Outcomes

Students develop a strong foundation in biological and environmental sciences, learn to investigate environmental problems using scientific methods, collect and analyse environmental data, evaluate sustainability practices, conduct independent research, communicate scientific findings, and apply their knowledge to conservation, environmental monitoring, restoration, and resource management.

Professional Alignment (Accreditation)

Bethel’s official programme information does not identify a separate professional accreditation for the B.S. in Environmental Science. The curriculum’s laboratory instruction, fieldwork, research, and internship options help students build practical scientific skills, although specialised roles may require additional training or qualifications.

Reputation (Employability Rankings)

Bethel highlights hands-on environmental learning, access to more than 260 acres of outdoor laboratories, research opportunities, and partnerships with the Au Sable Institute of Environmental Studies. The university also offers a Bethel Career Commitment, which provides additional support for eligible graduates who have not secured a job offer or graduate-school acceptance within six months of graduation. A current programme-specific QS or Guardian ranking or Environmental Science graduate employment rate was not identified in the official sources reviewed.

Experiential Learning (Research, Projects, Internships etc.)

Bethel University’s Environmental Science programme places strong emphasis on learning through direct observation, laboratory investigations, and field research. Students can work in specialised science facilities, explore the university’s extensive outdoor learning areas, and develop skills in water-quality testing, wildlife monitoring, and geographic information systems (GIS). Through research with faculty, internships, and courses offered in partnership with the Au Sable Institute of Environmental Studies, students can connect scientific concepts with practical environmental challenges.

Key practical learning opportunities include:

Environmental Science Laboratories: Students use facilities in the Nelson-Larson Science Center and Barnes Academic Center to support scientific investigation and environmental coursework.
Outdoor Laboratories: Bethel provides more than 260 acres of outdoor learning areas for environmental observation, field research, and study of natural systems.
Water-Quality Testing: Students learn how to test water quality and investigate environmental conditions through laboratory and off-campus experiences.
Wildlife Monitoring: The programme develops practical skills in monitoring bird and mammal populations, supporting interests in conservation and wildlife management.
GIS Software: Students learn to use Geographic Information Systems to examine and interpret spatial environmental information.
Specialised Research Facilities: Available resources include a greenhouse, soil research laboratory, aquatic facilities, vivariums, walk-in environmental chambers, and herbarium, invertebrate, and bird collections.
Internships: ENS 481: Internship in Environmental Science provides off-campus experience with an environmental organisation, business, or government agency.
Independent Research: Through ENS 496 and ENS 497, students can conduct research under faculty supervision, analyse findings, write a scientific paper, and present their results.
Au Sable Institute Partnership: Students can take environmental courses through the institute during the summer, with some courses counting toward environmental science degree requirements.
Study Abroad and Field Courses: Opportunities include environmental coursework in locations such as Ecuador, New Zealand, Costa Rica, Michigan, and Washington’s Puget Sound, depending on the available programme.
Student Clubs: The Creation Restoration Club and Tri-Beta National Biology Honor Society offer additional ways to engage with environmental stewardship, biology, and related academic activities.

Progression & Future Opportunities

Bethel University’s B.S. in Environmental Science can prepare graduates for careers focused on environmental monitoring, natural-resource conservation, ecological restoration, wildlife management, and environmental education. By combining scientific coursework with field experience, research, and internship opportunities, students can develop practical skills for environmental organisations, government agencies, conservation groups, and further study in the environmental sciences.

Typical Career Options

Environmental Scientist
Conservation Specialist
Wildlife Biologist
Environmental Educator

Career Development and Graduate Outcomes

Career Services: Bethel’s Studio for Vocation and Calling helps students connect their education with career planning. The university’s Bethel Career Commitment provides additional support for eligible graduates who have not secured a job offer or graduate-school acceptance within six months of graduation.
Employment Statistics and Salary: Bethel publishes institutional student-outcome information, including graduation and retention rates, but a specific employment rate or salary figure for Environmental Science graduates was not identified in the official sources reviewed. Salary expectations will depend on the role, employer, location, and experience.
Environmental Partnerships: Bethel’s partnership with the Au Sable Institute of Environmental Studies provides additional environmental coursework and off-campus learning opportunities. Students may also gain relevant professional experience through internships with environmental organisations, businesses, and government agencies.
Research and Professional Skills: Faculty-mentored research, scientific presentations, environmental monitoring, and internship experience can help students build skills relevant to environmental science employment and postgraduate applications.
Professional Accreditation: The official programme information does not identify a separate professional accreditation for this degree. Students pursuing specialised environmental careers should check whether employers or relevant professional organisations require additional qualifications.
Graduation Outcomes: The programme identifies natural-resource conservation, outdoor education, environmental advocacy, renewable energy, water treatment, ecological restoration, wildlife care, and environmental education as potential career directions. These are possible pathways, not guaranteed employment outcomes.

Further Academic Progression: Graduates can pursue master’s programmes in Environmental Science, Ecology, Conservation Biology, Natural Resource Management, Wildlife Biology, or Sustainability. Students interested in research may progress to doctoral study in environmental or biological sciences, while those aiming for teaching may pursue the additional qualifications or licences required for biology education. Students should review each graduate programme’s prerequisite coursework and research requirements before applying.