Slippery Rock University

What you'll study

This programme combines foundational courses in physical and historical geology with applied training in laboratory methods, geospatial technologies and field investigation. Students study Earth processes, mineralogy, petrology, sedimentology, structural geology, stratigraphy and paleontology, supported by coursework in chemistry, physics and mathematics.

• Core geology modules: introductory physical geology, historical geology, mineralogy and petrology, sedimentology and stratigraphy, structural geology.
• Analytical and technical skills: geologic field methods, earth materials laboratory, applied geophysics, hydrogeology, GIS and remote sensing for geoscientists, quantitative methods for Earth sciences.
• Supporting sciences: general chemistry, environmental chemistry, calculus or statistics, physics as it applies to geoscience problems.
• Integrative experiences: multi‑day field courses in regional geology, capstone research or field project, and opportunities for summer field camps or collaboration with faculty research.
• Electives and special topics: environmental geology, engineering geology, paleontology, energy and mineral resources, soils and geomorphology, conservation and land‑use planning.

Laboratory sessions and regular field trips are integral to the curriculum; students learn rock and fossil identification, mapping, sampling and data analysis. The programme emphasises communication skills through written reports, maps and oral presentations, preparing graduates for technical and stakeholder engagement roles.

Entry requirements

Applicants should hold a high‑school diploma or recognised equivalent. Strong preparation in mathematics and the natural sciences is expected; recommended coursework includes algebra, geometry, biology, chemistry and physics. Colleges and universities typically require submission of academic transcripts and a personal statement that outlines interest in Earth sciences.

• Domestic applicants: high‑school completion with coursework in maths and sciences; transfer applicants should provide college transcripts and any completed geology or science prerequisites.
• International applicants: an equivalent secondary qualification and proof of English language proficiency as required by the university.
• Recommended attributes: curiosity about Earth systems, willingness to participate in outdoor fieldwork, and basic competence with quantitative reasoning and computer applications.

Career prospects

Graduates with a BSc in Geological and Earth Sciences can pursue careers across public, private and academic sectors. Typical roles include:

• Environmental and geotechnical consulting, conducting site assessments, remediation planning and permitting support.
• Hydrogeology and water resource management, working on groundwater assessment and contamination studies.
• GIS analyst or remote sensing specialist, applying spatial data to natural‑resource management and hazard assessment.
• Positions in government agencies such as geological surveys, environmental protection departments and natural resource management organisations.
• Roles in industry related to aggregate and mineral resources, energy, engineering geology and construction site evaluation.
• Preparation for graduate study and research careers in geology, environmental science, geophysics or related disciplines, or for teacher certification pathways.

Internships, undergraduate research and field experience available through the programme enhance employability and often lead to direct entry into technical positions or further specialised study.

Why study at Slippery Rock University

Slippery Rock University offers small class sizes and close faculty mentorship, which benefits students in field‑based sciences that require individualised supervision. The university’s location provides easy access to Appalachian geology, state parks and quarries, enabling regular field excursions and practical exposure to diverse rock types and landscapes.

• Hands‑on learning: emphasis on laboratory work, mapping and multi‑day field courses that build practical skills.
• Faculty expertise: teaching staff with active research and applied experience in regional geology, hydrogeology and environmental geoscience.
• Facilities and resources: geology labs, sample preparation equipment, and access to GIS and geophysical tools suited to undergraduate training.
• Experiential opportunities: connections with local industry, state agencies and regional field camps that support internships and job placement.
• Pathways: a clear route to postgraduate study or professional certification, supported by faculty advising and research supervision.

Overall, the programme is designed for students seeking a rigorous, applied Earth sciences education with strong field and laboratory components that prepare them for careers in environmental management, resource sectors and beyond.