Environmental Geoscience, Bachelor of Science (BS) - Concentration in Environmental Policy

3 Years On Campus Bachelors Program

Slippery Rock University

Program Overview

The Environmental Geoscience, Bachelor of Science (BS) with a concentration in Environmental Policy at Slippery Rock University combines the scientific study of Earth's systems with an understanding of environmental laws, conservation, sustainability, and public policy. Designed for students interested in addressing environmental challenges through science-based decision-making, the programme explores subjects such as geographic information science, environmental justice, sustainable community planning, and climate change, preparing students for opportunities in environmental policy, resource management, and sustainability-related fields.

Curriculum Structure

First Year: Students build their academic and scientific foundations through courses such as Foundations of Academic Discovery, Critical Writing, and Critical Reading. They also begin developing quantitative and environmental science skills through Elementary Statistics and Earth Materials and Processes/Lab, introducing them to the study of Earth's composition and physical processes.

Second Year: Students develop a broader understanding of environmental systems and human interactions with the planet. Courses such as Oceanography, Introduction to Geospatial Technologies, and Cultural Geography introduce the study of oceans, spatial data, and the relationship between people and places, while General Methods of Fieldwork helps students develop practical investigation skills.

Third Year: The curriculum moves towards applying geographic and environmental knowledge to real-world policy challenges. Students study Planning for Sustainable Communities, Conservation, and Introduction to Geographic Information Science, alongside subjects such as cartography and environmental law and policy, building skills in interpreting spatial information and evaluating environmental decisions.

Fourth Year: Students deepen their understanding of environmental governance and sustainability through courses such as Environmental Justice, Earth's Changing Climate, and Science, Technology and the Environment. The curriculum also includes Field Camp, an Internship, and a capstone requirement, allowing students to connect scientific knowledge with practical environmental challenges and professional experience.

Focus Areas

Environmental policy and legislation, environmental geoscience, geographic information science (GIS), sustainable community planning, conservation, environmental justice, climate change, cartography, cultural geography, community development, ecosystem management, field research, and environmental sustainability.

Learning Outcomes

Graduates are expected to develop an understanding of Earth's composition, history, and structure, as well as the physical, chemical, and biological processes connecting the geosphere, hydrosphere, atmosphere, and biosphere. The programme's curriculum also develops skills in fieldwork, geospatial technologies, geographic information science, environmental policy analysis, conservation, and sustainable planning, enabling students to examine environmental issues from both scientific and societal perspectives.

Professional Alignment (Accreditation)

The programme combines environmental science, geographic analysis, and policy-focused study, providing a foundation for careers that involve environmental regulation, conservation, sustainable development, and resource management. Its curriculum includes Environmental Law and Policy, Environmental Justice, and Planning for Sustainable Communities, which are relevant to understanding environmental legislation and public-sector decision-making. The official programme catalogue does not identify a specific professional accreditation for this concentration, so accreditation should be confirmed directly with the university before being listed as an accredited degree.

Reputation (Employability Rankings)

Slippery Rock University highlights career outcomes from its Environmental Geosciences programmes, including roles such as Industrial Pretreatment Specialist with the City of Denton Water Department, Hydrologist with the USGS New Mexico Water Science Center, Air Quality Research Technician with the Bermuda Institute of Ocean Sciences, and Field Geologist with Terracon Consultants, Inc. These examples demonstrate the range of environmental and geoscience-related employment pathways associated with the department. No specific QS or Guardian ranking for this Environmental Policy concentration was verified in the official sources reviewed.

Experiential Learning (Research, Projects, Internships etc.)

Slippery Rock University integrates fieldwork, geospatial learning, and applied environmental study into its Environmental Geoscience curriculum. Students can connect classroom knowledge with practical investigations through the programme's field camp, internship, capstone, and geographic information science courses. The university also encourages student-faculty research, service-learning courses, volunteering, and international study.

Students can develop practical skills through the following programme-specific opportunities:

Fieldwork and field camp: General Methods of Fieldwork and Field Camp provide curriculum-based opportunities to apply geoscience concepts to environmental investigations.
Geospatial technologies: Introduction to Geospatial Technologies and Introduction to Geographic Information Science develop knowledge of spatial data and geographic analysis.
Cartography and environmental mapping: Cartography I introduces map-making concepts, supporting the communication and interpretation of geographic information.
Internship experience: The curriculum includes an internship requirement, providing an opportunity to gain career-related experience in a professional setting.
Capstone project: The major includes a capstone requirement that allows students to integrate knowledge gained across their studies.
Research with faculty: The department encourages undergraduate research and opportunities to work directly with faculty on independent research projects.
Service learning and volunteering: Students are encouraged to participate in service-learning courses and volunteer activities that connect learning with community needs.
International study: Short-term, semester-long, and year-long study opportunities are encouraged by the university.

Progression & Future Opportunities

The Environmental Geoscience BS with a concentration in Environmental Policy can prepare graduates for roles that connect environmental science with policy, planning, conservation, and regulatory decision-making. Students develop a combination of geoscience knowledge, spatial analysis skills, and policy awareness that may support entry-level opportunities in government agencies, environmental consulting, nonprofit organisations, and sustainability-related work. SRU's Environmental Geosciences department highlights career outcomes in related fields, including environmental monitoring, hydrology, air-quality research, and field geology.

Potential Career Paths:

Environmental Policy Analyst
Environmental Consultant
Sustainability Coordinator
Conservation Specialist

Students can strengthen their career preparation through the following opportunities:

Career coaching and job preparation: SRU's Career Education and Development office offers career coaching, résumé and cover-letter guidance, interview preparation, job-search strategies, and graduate-school application support.
Internships and professional experience: The university provides internship opportunities with government agencies, private firms, and nonprofit organisations. Internship placements are subject to eligibility and approval requirements, and the programme includes an internship in its curriculum.
Job and internship listings: Students can use SRU's Handshake career management system to explore employment opportunities, internships, recruiting events, and career appointments.
Employment outcomes: The university's Environmental Geosciences programme page lists examples of graduate roles and employers, including a Hydrologist at the USGS New Mexico Water Science Center and an Industrial Pretreatment Specialist at the City of Denton Water Department. These are departmental examples, not guaranteed outcomes for this specific concentration.
Employment statistics and salaries: A verified employment rate and salary figure specific to this concentration were not identified in the official sources reviewed. Actual earnings will depend on the position, location, experience, and further qualifications.
Industry partnerships: The university identifies employers associated with alumni career outcomes, but the sources reviewed do not establish a formal industry partnership specifically for the Environmental Policy concentration.
Long-term professional development: The programme's combination of geoscience, GIS, environmental law, and sustainable planning provides a foundation for continued professional development. Specific professional accreditation should be verified with SRU before being presented as a qualification benefit.

Further Academic Progression: After completing the bachelor's degree, graduates may consider master's programmes in environmental science, environmental policy, sustainability, geography, geographic information systems, natural-resource management, or related disciplines. Those interested in research or academic careers may pursue further postgraduate study, depending on their chosen specialisation and the admission requirements of the institution. SRU also offers graduate study options, which students can explore with its career advisers and academic department.