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

4 Years On Campus Bachelors Program

Slippery Rock University

Program Overview

The Environmental Geoscience, Bachelor of Science (B.S.) with a concentration in Environmental Science at Slippery Rock University combines biology, chemistry, geology, geography, meteorology, and physics to help students understand how human activities affect the environment. Designed for students interested in environmental protection, pollution assessment, and natural resource management, the program develops scientific research, laboratory, fieldwork, and problem-solving skills for addressing environmental challenges.

Curriculum Structure

The university provides a recommended four-year plan. The following summary follows its curriculum, grouping representative subjects by year.

Year 1: Developing Scientific Foundations

Students build their scientific and analytical foundations through courses such as Introduction to Geospatial Technologies, Oceanography, and Critical Writing. These subjects introduce students to spatial data, marine systems, and scientific communication while preparing them for advanced environmental science and geoscience coursework.

Year 2: Understanding Earth and Environmental Processes

Students explore the physical and chemical processes shaping the environment through Earth Materials and Processes with Lab, Earth History with Lab, and Meteorology with Lab. They also strengthen their understanding of chemistry and mathematics, developing the scientific knowledge needed to investigate environmental systems and interpret field and laboratory observations.

Year 3: Applying Environmental Science

Students advance into subjects such as Ecology with Lab, Introduction to Hydrology with Lab, and Environmental Law and Policy. These courses help them examine ecosystems, water movement, and the regulations governing environmental protection, while preparing them to evaluate environmental problems using scientific evidence.

Year 4: Specialisation and Professional Preparation

Students deepen their expertise through advanced options such as Environmental Modeling, Environmental Microbiology with Lab, and Air Quality Assessment, depending on their selected electives and curriculum requirements. The program also includes Field Camp, an internship, and a capstone experience, helping students apply their knowledge to practical environmental investigations and prepare for employment or further study.

Focus Areas

Environmental science, ecology, geospatial technologies, oceanography, hydrology, meteorology, environmental modelling, environmental microbiology, air quality assessment, environmental law and policy, field research, pollution assessment.

Learning Outcomes

Graduates develop an understanding of interactions among Earth's atmosphere, hydrosphere, geosphere, and biosphere; apply scientific methods to environmental problems; conduct laboratory and field investigations; interpret environmental data and thematic maps; collaborate on research projects; and communicate scientific findings effectively.

Professional Alignment (Accreditation)

The official academic catalogue does not identify a specific professional accreditation for this Environmental Geoscience B.S. concentration. Students interested in environmental consulting, laboratory work, or government environmental roles should check whether their intended career requires additional professional certification or licensing.

Reputation (Employability Rankings)

Slippery Rock University identifies career pathways in environmental monitoring, consulting, water quality, and environmental research. Its official Environmental Geosciences page highlights graduate examples including an Industrial Pretreatment Specialist, a Hydrologist with the U.S. Geological Survey, and an Air Quality Research Technician. These are examples of career outcomes, not a published employment rate or salary statistic specific to this concentration.

Experiential Learning (Research, Projects, Internships etc.)

Slippery Rock University emphasises hands-on learning through laboratory investigations, academic field trips, geospatial technology, faculty-led research, and professional internships. Environmental Geoscience students develop practical skills in collecting and interpreting environmental data, studying natural systems, and applying scientific techniques to real-world environmental problems. The curriculum includes Field Camp, an internship, and a capstone experience, giving students opportunities to connect their scientific knowledge with professional practice.

Key experiential learning opportunities include:

Laboratory-Based Learning: Complete practical work through courses such as Ecology with Lab, Meteorology with Lab, Earth Materials and Processes with Lab, and Hydrology with Lab.
Field Camp: Participate in EVGE 399 Field Camp, a designated component of the Environmental Geoscience curriculum that develops field investigation skills.
Geospatial Technology: Study spatial data and mapping through GES 115 Introduction to Geospatial Technologies and GES 325 Introduction to Geographic Information Science.
Environmental Modelling: Explore quantitative approaches to environmental problems through GES 426 Environmental Modeling.
Professional Internship: Complete EVGE 450 Internship, gaining experience relevant to environmental science and professional practice. Specific placements depend on availability and eligibility.
Research and Capstone Projects: Develop research questions, analyse evidence, and communicate findings through student-faculty research and the program's capstone requirement.
Environmental Assessment: Explore specialist electives such as Freshwater Biomonitoring, Wetlands and Aquatic Plants, and Air Quality Assessment, subject to course availability.
Study Abroad and Service Learning: Investigate international study programmes, service-learning courses, and volunteering opportunities to broaden environmental and community experience.
Career Preparation: Use the university's career services and professional networking opportunities to explore internships and employment related to environmental consulting, environmental monitoring, and resource management.

The official curriculum does not confirm particular software packages or a dedicated laboratory inventory for this concentration, so these should not be listed as guaranteed resources.

Progression & Future Opportunities

The Environmental Geoscience B.S. with a concentration in Environmental Science prepares students for careers involving environmental assessment, pollution monitoring, natural resource management, and scientific research. By combining laboratory and field experience with environmental modelling, geospatial technologies, and environmental policy, graduates can pursue roles in private consulting firms, government agencies, research organisations, and environmental laboratories.

Potential career paths include environmental consultant, hydrologist, environmental scientist, and air quality technician.

Students can strengthen their career prospects through the following opportunities:

Career Support Services: Slippery Rock University's career services can help students explore job and internship opportunities, prepare application materials, and develop professional skills. Students should confirm the current services and eligibility requirements with the university.
Employment and Salary Information: The university identifies career examples such as an Industrial Pretreatment Specialist with the City of Denton Water Department, a Hydrologist at the U.S. Geological Survey's New Mexico Water Science Center, and an Air Quality Research Technician at the Bermuda Institute of Ocean Sciences. The official programme information does not provide a concentration-specific employment rate or salary figure.
Industry and Government Opportunities: The curriculum prepares students for environmental work relevant to consulting firms, water departments, environmental agencies, and scientific research organisations. The cited career examples demonstrate possible employment destinations; they do not establish formal partnerships or guaranteed placements.
Internship Experience: EVGE 450 Internship allows students to connect academic preparation with professional settings. University internship policies permit placements with government agencies, private firms, and nonprofit organisations, subject to eligibility and placement approval.
Professional Development: Experience with environmental sampling, geospatial information systems, laboratory procedures, and scientific communication can support applications for environmental monitoring, assessment, and resource-management roles.
Accreditation and Licensing: The official programme catalogue does not identify a specific professional accreditation for this concentration. Students pursuing regulated professions should check the applicable state licensing requirements and any additional qualifications needed for their intended roles.
Graduate Outcomes: The university identifies environmental consulting, hydrology, air quality research, and related scientific careers as potential pathways. Graduates may also pursue advanced study to specialise in environmental science, hydrology, ecology, environmental management, or related disciplines.

Further Academic Progression: After completing the B.S., graduates can consider master's programmes in Environmental Science, Environmental Management, Hydrology, Ecology, Geospatial Science, or related fields, depending on their academic preparation and the entry requirements of the institution. Students interested in specialised research careers can pursue a relevant doctoral programme after completing the required postgraduate study. Those wishing to enter regulated environmental professions should also investigate any additional coursework, supervised experience, or professional examinations required for their chosen career.