Environmental Geoscience, Bachelor of Arts (BA)

4 Years On Campus Bachelors Program

Slippery Rock University

Program Overview

The Environmental Geoscience, Bachelor of Arts at Slippery Rock University provides students with a scientific understanding of the Earth, its natural processes, and the relationship between human activities and the environment. Through courses in earth history, geospatial technologies, environmental law and policy, and a choice of focus areas, students develop the analytical and geographical knowledge needed to explore environmental challenges, natural resources, and sustainable communities.

Curriculum Structure

First Year

Students begin by exploring the oceans, Earth's materials, and the fundamentals of geographical technologies. Courses such as Oceanography, Introduction to Geospatial Technologies, and Earth Materials and Processes/Lab introduce students to the physical environment, geological processes, and methods for understanding geographical information. General education courses in writing, chemistry, and academic discovery also establish a foundation for scientific study.

Second Year

The second year develops students' understanding of Earth's history, cultural geography, and the ways natural systems have changed over time. Through Earth History/Lab, Introduction to Georeports/Lab, and Cultural Geography, students explore geological evidence, environmental records, and relationships between people and places. Mathematics and thematic coursework further support their scientific reasoning and interdisciplinary perspective.

Third Year

Students advance into the connections between environmental management, spatial analysis, and public policy. Introduction to Geographic Information Science introduces geographic information science concepts, while Environmental Law and Policy examines the legal and policy frameworks that influence environmental protection. Students also choose major electives and thematic courses to develop expertise in their preferred area.

Fourth Year

In the final year, students consolidate their knowledge through advanced electives, thematic study, and a capstone experience. Depending on their chosen options, they can complete World Environmental Cultures, Field Investigations in the Geosciences, or an Internship, connecting classroom learning with environmental research, field investigation, or professional experience. The degree requires at least 120 credits, with the BA also including a modern-language proficiency requirement.

Focus Areas

Students select 10 credits from one of five focus areas: Geology, Geospatial Technology, Environmental Science, Global Studies, or Sustainable Communities. These options allow students to tailor their studies toward Earth's physical systems, geographic data and mapping, environmental issues, international perspectives, or sustainable community development.

Learning Outcomes

Graduates are expected to develop a scientific understanding of Earth's structure, history, and natural processes; interpret geographical and environmental information; understand how human communities interact with the natural environment; and apply analytical reasoning to environmental issues. The curriculum also builds interdisciplinary knowledge through geology, geography, environmental policy, mathematics, and natural sciences.

Professional Alignment (Accreditation)

The official programme catalog does not identify a specific external professional accreditation for this BA. Its combination of geoscience, geographic information science, environmental policy, and optional fieldwork or internship experience can provide a foundation for further study or entry-level work in environmental and geospatial fields. Students seeking a particular professional certification should confirm the relevant requirements with the university and the appropriate professional body.

Reputation (Employability Rankings)

Slippery Rock University encourages students to participate in internships, student-faculty research, service-learning courses, international study, and volunteering. These opportunities can help students build practical experience alongside their academic qualifications. No programme-specific employment rate, graduate salary figure, or ranking for this BA is stated in the official catalog information reviewed.

Experiential Learning (Research, Projects, Internships etc.)

Slippery Rock University emphasizes hands-on learning through field experiences, laboratory work, and opportunities to collaborate with faculty on research. Environmental Geosciences students can apply their classroom knowledge to real environmental settings, explore geographic technologies, and develop skills in observation, data collection, and analysis. The department also promotes professional networking through its alumni community and offers opportunities to participate in field trips and research expeditions.

Students can build practical experience through the following opportunities:

Laboratory learning: Courses such as Earth Materials and Processes/Lab and Earth History/Lab introduce students to geological materials, evidence, and processes.
Field investigations: Field Investigations in the Geosciences gives students the opportunity to observe landscapes, interpret environmental features, collect data, and analyze the natural and human influences shaping an area.
Geospatial technologies: Introduction to Geospatial Technologies and Introduction to Geographic Information Science build knowledge of spatial information and geographical analysis.
Internships: The curriculum includes an internship option as a capstone experience, allowing students to pursue relevant professional experience.
Field trips and research expeditions: Departmental field opportunities have included locations such as the Bahamas, Costa Rica, Ontario, Newfoundland, Nevada, and Death Valley.
Faculty-led research: Students may collaborate with faculty on research projects and have opportunities to present their work at regional and national conferences.
Professional networking: The department's alumni network can help students explore career options and connect with potential employers.
International and community engagement: The university encourages international study, service-learning courses, and volunteering as additional ways to broaden students' experience.

Progression & Future Opportunities

The Environmental Geoscience BA can prepare students to pursue entry-level roles involving environmental assessment, geographical information, resource management, and sustainability. The programme's combination of scientific foundations, geographic technologies, environmental policy, and optional internship or fieldwork experience can also support progression to specialist postgraduate study. Actual career eligibility will depend on the position, relevant experience, and any additional technical or professional qualifications required.

Potential career directions include:

Environmental Field Technician
GIS Technician
Environmental Research Assistant
Environmental Compliance Assistant

Students can strengthen their employability through several university-supported opportunities:

Career development services: SRU's Office of Career Education and Development provides career and major exploration, résumé and cover-letter support, interview preparation, graduate-school application guidance, and professional networking assistance.
Job and internship searches: Students can use the university's Handshake career management system to explore full-time positions, internships, job fairs, career events, and on-campus employment.
Industry exposure: The programme's internship option, faculty research opportunities, field experiences, and alumni network can help students develop professional connections and practical experience.
Employment statistics and salaries: The official sources reviewed do not provide a verified employment rate or median salary specifically for graduates of this BA. Salary and employment prospects will vary by occupation, location, experience, and technical skills.
Accreditation value: The programme information does not list a specific external professional accreditation for this BA. Students interested in regulated or specialist careers should verify any additional certification or qualification requirements for their intended role.
Graduation outcomes: Students complete a broad environmental and geoscience education, with the opportunity to develop a focus in geology, geospatial technology, environmental science, global studies, or sustainable communities. These choices can help shape subsequent employment or further-study plans.

Further Academic Progression: After completing the BA, graduates may consider relevant master's programmes in environmental science, geology, geographic information science, sustainability, environmental policy, or related fields, subject to each programme's entry requirements. Students interested in becoming secondary-school teachers should note that SRU's catalog states that state certification requires additional requirements for a one-year Master of Education programme.