Geophysics

Program Overview

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Durham University's Geophysics F665 program equips students with a comprehensive understanding of Earth processes and geophysical methods. Through a flexible degree structure, hands-on experience, and advanced modules, graduates develop skills in data analysis, modelling, and problem-solving, preparing them for careers in mineral exploration, environmental consultancy, and research.

Program Outline

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🌎 Geophysics F665 - Durham University

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📚 Degree Overview

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Program Aims:

• Equip students with the knowledge necessary to understand Earth processes and predict future behaviours.
• Develop skills in data analysis and modelling to solve Earth Science problems.
• Contribute to a sustainable future through monitoring natural hazards, resource detection, and computer modelling.

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Program Description:

• Flexible degree structure allows students to tailor their studies and specialize in areas of interest.
• Combines fundamental Earth Science knowledge with advanced topics in geophysics.
• Provides extensive hands-on experience through fieldwork, laboratory work, and research projects.
• Offers opportunities for field trips, international placements, and year abroad study.

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🧭 Outline

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Year 1:

• Focus on essential Earth Sciences: petrology, sedimentology, structural geology, and palaeontology.
• Develop quantitative skills: mathematics and scientific computing.
• Introductory courses in field studies, Earth materials, and environmental science.
• Hands-on experience in data acquisition and analysis.

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Year 2:

• Deep dive into geophysical methods: exploration, modelling, and data analysis.
• Fieldwork experience using geophysical instruments.
• Advanced modules in structural geology, tectonics, and Earth processes.
• Optional modules in various Earth Science specializations.

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Year 3:

• Independent research dissertation project under faculty supervision.
• Advanced modules: earthquake sources, waves, Earth's structure and dynamics, geohazards, and climate change.
• Optional modules in specialized areas: Western Alps field trip, environmental geochemistry, volcanology, tectonic processes, earth resources, polar environment, and more.

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🧮 Assessment

• Combination of coursework, practical assignments, laboratory reports, field reports, tests, and final examinations.
• Dissertation project carries significant weight in final assessment.
• Evaluation includes subject-specific knowledge, mathematical skills, scientific writing, data analysis, critical thinking, and project management.

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🧑‍🏫 Teaching

• Diverse teaching methods: lectures, practical classes, tutorials, seminars, independent study, and fieldwork.
• Student-centered learning with emphasis on group work, active participation, and self-directed learning.
• Experienced faculty with expertise in geophysics and related fields.
• Access to state-of-the-art facilities: laboratories, computing resources, and specialist equipment.

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🚀 Careers

• Graduates acquire highly transferable skills valued by employers in various industries.
• Potential career paths: mineral exploration, petroleum companies, environmental consultancy, government agencies, academia, and research.
• Excellent employment record: 91% of graduates employed or in further study within 15 months.
• Average starting salary: £26,825.

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📚 Other

• Flexible pathways: standard three-year program or extended four-year program with placement or year abroad.
• Renowned Earth Sciences department with top rankings and research excellence.
• Modern facilities and industry-standard software.
• Emphasis on real-world applications and industry relevance.
• Strong focus on sustainability and addressing critical Earth Science challenges.