Environmental Science, B.S. Conservation Science Track (ENVS)

4 Years On Campus Bachelors Program

Siena College

Program Overview

The Environmental Science, B.S. in Conservation Science at Siena University is designed for students who want to understand environmental challenges and develop practical, science-based solutions to protect ecosystems and natural resources. Combining biology, chemistry, mathematics, ecological analysis, and environmental research, the program is well suited to students interested in conservation, wildlife protection, ecological restoration, environmental management, and sustainability.

Curriculum Structure

The curriculum combines scientific foundations with field techniques, research methods, and specialized conservation coursework. Students should consult Siena's current catalog for the exact course sequence and degree requirements.

Year 1: Building Scientific Foundations

Students begin by developing an understanding of environmental systems and the scientific principles behind environmental challenges. Foundational courses in biology, chemistry, and environmental science help students understand how living organisms interact with their surroundings and how scientific methods can be used to investigate environmental problems.

Year 2: Developing Field and Research Skills

As students progress, they develop practical skills for investigating environmental conditions and collecting scientific evidence. Coursework in environmental research methods, field techniques, and ecosystem ecology can help students build the foundation needed to examine habitats, interpret environmental data, and understand relationships between organisms and their environments.

Year 3: Applying Conservation Science

Students deepen their understanding of environmental systems and the scientific methods used to address conservation challenges. Studies in conservation biology and geographic information systems (GIS) can help students understand biodiversity, examine environmental patterns, and connect ecological knowledge with practical conservation and resource-management decisions.

Year 4: Specialization and Professional Preparation

In the later stages of the degree, students can build on their scientific foundation through advanced environmental coursework, research, and relevant experiential opportunities. Depending on approved course offerings and degree requirements, advanced study and research projects can support interests in habitat protection, watershed conservation, biodiversity, and environmental analysis.

Focus Areas

Conservation science, ecosystem ecology, biodiversity and wildlife conservation, environmental fieldwork, scientific research methods, geographic information systems (GIS), natural resource management, and environmental problem-solving.

Learning Outcomes

Students develop the ability to investigate environmental problems using scientific methods, understand ecological relationships, collect and interpret environmental data, apply field research techniques, and evaluate conservation strategies. The program's interdisciplinary science foundation also supports evidence-based decision-making in environmental protection and natural resource management.

Professional Alignment (Accreditation)

The degree provides scientific preparation relevant to environmental and conservation careers. No program-specific professional accreditation has been verified in the official sources reviewed, so students should not assume that this particular track holds external professional accreditation.

Reputation (Employability Rankings)

Siena reports that 95% of its graduates are employed or pursuing advanced degrees within one year of graduation. This is a university-wide outcome rather than a statistic specifically for Environmental Science or the Conservation Science track.

Experiential Learning (Research, Projects, Internships etc.)

Siena University emphasizes hands-on scientific learning through research opportunities, environmental fieldwork, and access to specialized resources. Environmental Science students can connect classroom concepts with real-world conservation challenges through the department's Geographic Information Systems (GIS) Resource Center, faculty-mentored research, and internship opportunities. Siena's location in New York's Capital Region also provides access to field study sites in the Hudson River Valley and Adirondack Mountains.

Students can explore the following program-relevant opportunities:

Geographic Information Systems (GIS) Resource Center: Supports environmental education and research using geographic information systems, which can help students analyze spatial patterns and environmental data.
Environmental fieldwork: Environmental field techniques and access to regional field study locations help students investigate ecosystems and environmental conditions outside the classroom.
Faculty-mentored undergraduate research: The School of Science supports research projects and provides opportunities for students to collaborate with faculty and present their findings.
Center for Undergraduate Research and Creative Activities (CURCA): Supports undergraduate research and scholarly projects, helping students gain experience in scientific investigation.
High Performance Computing Center (HPCC): Provides computational research and educational resources that may support scientific and environmental data analysis.
School of Science internship program: Eligible students can earn academic credit through supervised professional placements. Siena's internship guidance notes that Environmental Studies and Environmental Science majors qualify for SCDV-480, subject to discussing projects and sites with their academic advisor.
Environmental student activities: Siena's environmental club offers opportunities to participate in community environmental education and citizen-science projects.

Progression & Future Opportunities

The Environmental Science, B.S. — Conservation Science track prepares students to pursue careers involving environmental assessment, conservation, ecological research, and natural resource management. Siena identifies environmental specialist, GIS technician, conservationist, wildlife specialist, and ecologist among the career paths available to environmental science graduates. Students can strengthen their professional preparation through research, internships, and career-development services.

Potential career paths include:

Environmental Specialist: Assist with environmental assessments, monitoring, and compliance activities.
GIS Technician: Use geographic information systems to map and analyze environmental and natural-resource data.
Conservationist: Contribute to biodiversity protection, habitat restoration, and natural-resource conservation.
Ecologist or Wildlife Specialist: Support ecosystem studies, wildlife monitoring, and conservation projects.

Students can prepare for these opportunities through Siena's career services and professional experiences:

Career development and job search support: The MacDonnell Career and Internship Center offers individualized career guidance, résumé and cover-letter assistance, interview preparation, career fairs, and employer networking opportunities.
Internships and professional experience: The School of Science internship program connects eligible students with supervised placements related to their academic fields. Students can use Handshake to explore internship postings and discuss opportunities with faculty and career advisors.
Employment outcomes: Siena reports that 95% of its graduates are employed or pursuing advanced degrees within one year of graduation. This figure reflects university-wide results, not outcomes exclusively for Environmental Science graduates.
Salary information: The official program sources reviewed do not provide a verified median salary for graduates of this specific track. Earnings will depend on the role, employer, location, experience, and additional qualifications.
Research and professional development: Faculty-mentored research and undergraduate research support can help students develop scientific communication, data interpretation, and project skills relevant to environmental careers.
Accreditation value: No track-specific professional accreditation was verified in the official sources reviewed. Students interested in regulated or specialized environmental professions should confirm any additional credentials required for their intended career.

Further Academic Progression:

After completing the bachelor's degree, graduates can consider master's programs in environmental science, conservation biology, ecology, wildlife biology, natural resource management, environmental policy, or geographic information science. Students interested in research or academic careers may eventually pursue a Ph.D. in a related discipline. Siena has reported that its environmental studies and science graduates have continued to graduate study at institutions including Central Michigan University, Oklahoma State University, Yale University, and the University of Vermont. These examples are university-reported graduate destinations, not guaranteed admission pathways for this specific track.