Bachelor of Arts Major in Geological and Environmental Sciences

At the University of the Pacific, students in Geological and Environmental Sciences gain practical experience through field-based education, faculty-led research, and opportunities to investigate geological and environmental processes beyond the classroom. The department emphasises exploring diverse landscapes, collecting and interpreting scientific evidence, and collaborating with faculty on research projects. Students can also develop technical skills through coursework involving geographic information systems (GIS), spatial analysis, and geological field methods.

Students can strengthen their practical knowledge through the following opportunities:

- Field trips and geological exploration: Participate in field-based learning across California and other geological environments. Previous department trips have included Chilean Patagonia, Hawaii, the Colorado Plateau, and locations across the western coast of North America.

- Geographic Information Systems (GIS): Study GIS and spatial analysis through GESC 102. This course introduces tools for examining geographic information and spatial relationships, supporting environmental mapping and the analysis of geological patterns.

- Geologic Field Methods: Explore practical geological investigation through GESC 161, which focuses on field methods used to study geological features and processes.

- Faculty-led research projects: Work alongside faculty on collaborative research that investigates Earth's systems, environmental change, and geological processes. The department highlights undergraduate involvement in research as an important part of its learning experience.

- Undergraduate Research (GESC 197): Pursue undergraduate research for academic credit, with the opportunity to investigate a topic related to geological and environmental sciences under appropriate academic guidance.

- Capstone Seminar (GESC 185): Integrate knowledge gained throughout the degree through the department's capstone seminar, helping students develop their ability to discuss and communicate geological and environmental science topics.

- Professional Development Seminar (GESC 195): Develop professional awareness and career-readiness skills through a designated seminar within the major.

- Environmental policy and resource management: Explore the connection between scientific research and environmental decision-making through subjects such as Environmental and Natural Resource Economics (ECON 157) and Water and Environmental Policy (CIVL 171). These courses help students consider the economic and policy dimensions of environmental challenges.

The university's published program information highlights fieldwork, GIS coursework, and undergraduate research, but does not confirm that a particular laboratory, software package, or internship is compulsory for every BA student.

The BA in Geological and Environmental Sciences at the University of the Pacific prepares students to explore careers involving environmental assessment, geological investigation, natural resource management, and environmental policy. Through scientific coursework, field experience, and opportunities for undergraduate research, graduates can build a foundation for employment in environmental consulting, government agencies, water resource management, conservation, and related sectors. Students who wish to specialise further can also pursue graduate study or, with additional education, enter fields such as environmental law.

Potential career paths include:

• Environmental Consultant: Help organisations assess environmental conditions, evaluate risks, and develop strategies for environmental compliance and management.

• Geological Field Technician: Support geological surveys, field investigations, and the collection and interpretation of geological data.

• Natural Resource Management Specialist: Contribute to the sustainable management of land, water, and other natural resources.

• Environmental Policy Analyst: Examine environmental issues and support the development or evaluation of policies related to conservation, pollution, and resource use.

These are potential career directions related to the degree, not guaranteed job placements or specific outcomes for every graduate.

Career development and graduate outcomes

- Career advising: The university's Career Services team provides individual career advising, job-search assistance, resume and cover-letter support, mock interviews, and graduate school planning. Students can access these services to prepare for internships and employment.

- Handshake career platform: Students can use Handshake to explore job and internship listings, connect with employers, register for career events, and arrange appointments with career advisers.

- Career fairs and employer networking: Pacific organises job and internship fairs, employer practice interviews, and workshops on networking and professional communication. These activities give students opportunities to meet recruiters and learn about potential employment pathways.

- Industry connections and alumni examples: The university identifies organisations where geological and environmental sciences alumni have pursued careers, including Placer County Air Pollution Control District, Caltrans, Alameda County Water District, Woodward Diversified Capital, Arcadis, EA Engineering, Science & Technology, Inc., and Wallace Group. These examples illustrate possible professional destinations rather than formal placement guarantees or confirmed partnerships with every organisation.

- Employment and salary information: The university's geology degree page reports that geoscientists had a U.S. median annual pay of $100,000 in 2024, with employment projected to grow by 5% through 2033, citing the U.S. Bureau of Labor Statistics. This is occupation-level information and does not represent the starting salary or employment rate of Pacific graduates specifically.

- Graduate outcomes: Alumni examples highlighted by the university demonstrate career possibilities in environmental consulting, transportation, water management, and engineering services. The official program information does not provide a specific employment rate or median starting salary exclusively for BA graduates in Geological and Environmental Sciences.

- Long-term professional development: The degree's scientific foundation can support progression into specialised environmental roles, research, or further study. The university does not list a specific professional accreditation for the BA, so students should check the qualifications required for their intended career, particularly where professional licensing or additional technical credentials are involved.

- Environmental law pathway: Students interested in combining environmental science with legal practice can investigate Pacific's Environmental Law Advantage program, which offers a pathway to a BA in Geological and Environmental Sciences and a Juris Doctor (JD) through an accelerated six-year route, subject to the program's admission and academic requirements.

Further Academic Progression:

After completing the BA, graduates may consider master's programs in geology, geological sciences, environmental science, environmental management, natural resource management, or related disciplines. Students interested in research and academic careers can explore postgraduate programs that offer advanced scientific training and research opportunities.

Those interested in environmental regulation or environmental law may also consider law school or other specialist postgraduate qualifications. The University of the Pacific's Environmental Law Advantage pathway provides one possible route toward a JD, while other postgraduate options will have their own admission requirements. Students should review the entry criteria of each institution and determine whether additional prerequisite courses or research experience are needed.