MGeol (Hons) Geology

Our geological science students have tremendous opportunities to gain the knowledge and skills necessary for employment in a variety of work settings. Our hands-on approach to teaching and learning throughout the course will provide you with the topical skills and experience that you can apply to the wide range of career options as graduates.

Where could a geological science degree take you?

• Four year integrated masters programme.
• Sharpen your research skills working alongside staff on a research or industry-related project, with the potential to be published in a peer-reviewed journal.
  
• 100 per cent of the final year is taught at masters-level.
• Broaden your geological knowledge by attending our research seminar series.
• Our approachable staff share their cutting-edge research and expertise through varied teaching practices in lectures, tutorials, practical classes and field courses.
• Learn to apply the latest techniques in the field and laboratory. Our substantial fieldwork programme provides opportunities in a variety of UK and overseas locations including Death Valley USA, Spain, Sicily and Cyprus.
• Progress your skills in our open access laboratory, LABplus.
• Develop your confidence with a personal tutor, providing you with weekly guidance throughout your first year.
• Our PALS mentoring scheme provides you with support from students in the year ahead.
• Plymouth's coastal location, close to Dartmoor and two UNESCO World Heritage sites provides the perfect setting for studying geology, with opportunities for fieldwork right on our doorstep.
• Receive essential field safety equipment free as part of your welcome package.
• Work towards becoming a Chartered Geologist, our accreditation by the Geological Society, the world’s oldest and most prestigious national learned society for geology, helps you to gain the required experience.
• Take the opportunity to spend your second year studying abroad in Canada, Australia, USA or elsewhere through our direct exchange, Erasmus or ISEP programmes. Plymouth is currently the only UK institution to offer exchanges through ISEP, giving our students the greatest range of Earth science exchange opportunities available.

• Year 1

• Laying the foundations of geological knowledge, your first year provides you with an introduction to laboratory and field skills. You'll learn about key Earth processes including plate tectonics, and take a practical approach to the study of minerals, rocks, fossils and geological structures. Our tutorials will help you develop effective study techniques and computing skills and you'll undertake fieldwork, including residential classes, across the South West.
  

  Core modules

  • The Dynamic Earth (GEOL1001)

    This module introduces a dynamic view of how the Earth operates as a series of inter-related systems and provides students with the factual and conceptual basis required to begin to understand these systems. It integrates different geological sub-disciplines via an introductory field excursion, where the basics of mineralogy, petrology, structural geology, stratigraphy and geological map-work will be put into practice.

  • Earth Materials (GEOL1002)

    This module provides an introduction to the origins and properties of Earth materials including the common rock forming minerals, and the igneous, sedimentary and metamorphic rock groups.

  • Geosystems (GEOL1003)

    This module introduces how the Earth operates as a series of inter-related, dynamic systems. It provides students with the factual and conceptual knowledge base required to understand these systems, and the linkages between them. The module also aims to build confidence in using mathematical and experimental methods within an Earth Sciences context.

  • Palaeontology and Stratigraphy (GEOL1004)

    This module provides an introduction to: (a) stratigraphic principles and methods; (b) palaeontology and the fossil record, including the processes of fossilisation and the morphology, ecology, stratigraphic ranges and uses of different groups of fossil organisms.

  • Geological Maps and Structural Geology (GEOL1005)

    This module will introduce the use of topographic and geologic maps and remotely sensed data, such as aerial photographs, in the Earth Sciences. The module will also introduce key concepts in structural geology. These and related techniques will be used to describe and analyse the geological history of a region.

  • Fieldwork and Key Skills (GEOL1006)

    This module introduces Earth Science students to geological fieldwork and will instruct students how to take field notes, make geological sketches. It will also instruct students in a range of key skills necessary, such as, using learning resources to communicate effectively, citing sources of academic literature, avoiding plagiarism, using digital geospatial data and personal development skills for future careers.

• Year 2

• Year 2 consolidates the knowledge and skills developed in Year 1, with an emphasis on the practical side of geology. You'll develop observational, analytical and interpretive skills and the ability to use these skills to answer fundamental geological questions. You'll also learn to make geological maps and develop new field skills which will be used in fieldwork you undertake in both the UK and in Spain. You’ll also have the opportunity to spend your second year studying abroad in Canada, Australia, USA or Europe.
  

  Core modules

  • Preparation for a Year Long Work Placement in Earth Sciences (APIE217)

    This module is designed to assist students in their search and preparation for a year long work placement. It is aimed at students who would like to undertake the placement to enhance both programme specific and employment-related skills during Stage 3.

  • Sedimentology and Palaeontology (GEOL2001)

    This module examines the theory and techniques of paleontological and sedimentological analysis. A range of paleontological data will be investigated to analyse past environments. Modern and ancient sedimentary systems will be evaluated in terms of the processes operating at the time of deposition.

  • Geospatial Techniques (GEOL2003)

    The module develops professional approaches to the collection, analysis and presentation of geospatial data (e.g. geological/geomorphological maps and related Earth imagery) within the Earth Sciences.

  • Stratigraphy and Earth History (GEOL2004)

    This module provides learners with an understanding of the theory and concepts for of the elucidation of Earth History, including litho- bio- and chronostratigraphy, geochemical correlation and isotopic dating methods, sequence stratigraphy and basin evolution. It also provides training in the use and application of key techniques using real-life scenarios.

  • Geological Fieldwork (GEOL2006)

    The module provides training in field data collection techniques, planning for fieldwork and conducting fieldwork in a professional, safe and ethical manner in preparation for students performing their summer field mapping camps. Techniques are to include geological material descriptions, mapping, logging, surveying, and related methods relevant to completing geological mapping projects.

  • Petrology and Volcanology (GEOL2011)

    This module examines theory and techniques of igneous and metamorphic petrological analysis, with strong emphasis on rigorous observation and description of rocks. It will also provide a framework for the interpretation of igneous, volcanic and metamorphic rocks and will contribute to building professional competencies in the evaluation, assessment and interpretation of geological materials and their context.

  • Structural Geology (GEOL2012)

    Processes and products of deformation are investigated using field and petrographic data. Case studies of deformed terrains are used to illustrate key principles. The knowledge and analytical techniques developed are applied to the understanding of tectonic and geodynamic processes.

• Optional placement year

• Take advantage of our optional placement year, giving you the opportunity to develop your geological skills in the workplace and gain valuable experience.  Find your perfect placement with the help of our employability service and benefit from specialist workshops and tutorials in your second year, helping you prepare for your year in industry. 
  

  Core modules

  • Placement in Earth Sciences (APIE316)

    This module aims to provide an opportunity for professional training of at least six months duration with an approved company or host organisation between stage 2 and 4. While on placement, students will gain experience of how Earth Science is used in the workplace, be able to apply their Earth Science knowledge and expertise, and learn further skills and relevant techniques.

• Year 3

• In your third year, you will develop specialised geological knowledge and skills through an exciting choice of sustainability-focused option modules, including advanced fieldwork. New option modules from September 2021 include geohazards and risk, energy transition geoscience, and paleoenvironmental analysis. Students can also take engineering geology, advanced tectonics, igneous and volcanic processes, Geological Information Systems (GIS) and remote sensing. Those students taking advanced fieldwork will develop additional professional field-skills in locations such as Sicilian volcanoes, Italy, or the Death Valley, USA.

  Core modules

  • Geological Mapping Research Project and Professional Skills (GEOL3001)

  Optional modules

  • Tectonics (GEOL3005)

    This module provides a basis for the systematic analysis of structures and processes in a variety of tectonic regimes. A range of specialist analytical methods are introduced and an inter-disciplinary approach to deducing the wide range of geological processes operative in modern and ancient tectonic settings is strongly encouraged through a variety of case-studies.

  • Geological Information Systems (GIS) and Remote Sensing (GEOL3006)

    Examines 1) the collection of digital datasets using a range of remote sensing techniques (e.g. satellite imagery, digital elevation models), and 2) the analysis of such remotely sensed data using computer based Geographical Information System software within the Earth Sciences for research and applied purposes.

  • Igneous and Volcanic Processes (GEOL3007)

    This module provides a framework for the analysis of igneous rocks from a range of tectono-magmatic settings by means of advanced analytical techniques using real research-informed case studies, and for the critical evaluation of current ideas and concepts in igneous petrology and volcanology.

  • Advanced Geological Fieldwork (GEOL3008)

    A residential fieldtrip centred on the analysis of the geological evolution of a region, where students will integrate their own field observations with published work from a variety of locations in developing and understanding of the geological history of that region and its wider significance to the Earth Sciences.

  • Engineering Geology (GEOL3010)

    This module examines the application of earth science techniques and knowledge to civil engineering. Includes desk studies, remote sensing interpretation, database analysis, UK and European Codes of Practice, site investigation design, ground model development, engineering geology in a range of construction situations, and technical reporting.

  • Environmental Change in Earth History (GEOL3013)

    This module evaluates cutting-edge techniques to understand and interpret modern and ancient environmental change. It uses an integrated approach using fossils, sediments and geochemistry to investigate topical and exciting case studies from the geological past and modern systems. The module has important implications for understanding and responding to modern-day environmental change.

  • Geohazards and Risks (GEOL3014)

    This module will provide an overview of common and destructive geological hazards (e.g. earthquakes, landslides and volcanic eruptions), how they interact together and ways of assessing risk. Physical processes of the hazards will be covered and how they will interact together. Quantifying hazard and risk will be illustrated through case studies. Practicals will have a numerical theme and will link to employability.

  • Energy Transition Geoscience (GEOL3015)

    This module gives an understanding of current and predicted energy scenarios, impact of energy use and the role of geoscientists in decarbonisation and meeting global sustainable development goals. You learn how energy resources form (petroleum, geothermal, critical minerals) and theory, strategies and practical skills used in resource exploration, development and production, and evaluation of carbon capture & storage.

• Final year

• The overall emphasis in your final year is to deepen and refine your field, research and professional skills. You'll build on your existing field skills by exposure to advanced field techniques and take part in modules aimed to develop research, analytical and science communication skills. Finally, you will carry out an advanced masters-level independent research project, developed by academic staff and with the potential to lead to publication in academic journals. 100 per cent of this year will be undertaken at master's level.
  

  Core modules

  • Geoscience Frontiers: Research and Communication (GEOL5001)

    Topical issues in pure and applied Earth Science provide the context for conveying the basic elements of geoscientific research. Students will get guidance on the research methodologies that underpin geological research, and receive training in generic research skills, such as project planning and management, scientific ethics, funding arrangements, and communicating research to both technical and non-technical audiences.

  • MGeol Advanced Fieldwork (GEOL5002)

    This module is based around a series of case study based geoscience problems which require students to find appropriate field and follow-up lab techniques, apply them, interpret the results and report on these results through a series of industry style group and individual presentations and technical workshops.

  • Advanced Analytical Skills (GEOL5003)

    This module aims to provide a practical knowledge and understanding of a range of analytical techniques used in the field of geochemistry through a series of case studies. To enable students to synthesis the dataset acquired and allow them to report it through a series of conference style presentations.

  Optional modules

  • MGeol Project (GEOL5004)

    Advanced, independent research project, normally involving geological field and/or laboratory work. Autonomy will be expected with respect to the design and operation of the project. Professionally presented results will entail rigorous analysis, critical awareness, and current contextual significance.

  • MGeol Project with Placement (GEOL5005)

    A placement with a sponsor organisation during which an independent research project, normally involving field and/or laboratory work on a topic relevant to the MGeol is undertaken.

Every undergraduate taught course has a detailed programme specification document describing the course aims, the course structure, the teaching and learning methods, the learning outcomes and the rules of assessment.

The following programme specification represents the latest course structure and may be subject to change:

MGeol Geology Programme Specification September 2019 5368

UCAS tariff

120 - 128

IB
28-30 overall to include a science related subject.

A level
120-128 points range including a minimum of 2 A Levels, relevant subjects Biology, Mathematics/Use of Mathematics, Physics, Chemistry, Environmental Science/Studies, Applied Science, Geography, Geology, Design Technology. Excluding General Studies.

BTEC QCF Extended Diploma/RQF National Extended Diploma: DDM – science related subject. You are encouraged to contact admissions@plymouth.ac.uk if you do not meet this criteria.

Access
Pass a science Access to HE Diploma with 60 credits overall (including GCSE English and Mathematics grade C / 5 or above or equivalent). 45 credits at Level 3, of which 30 credits must be at distinction and 15 credits at merit or higher from science units: biology, mathematics, physics, chemistry, environmental science/studies, applied science, geography, geology or technology.  

English language requirements.

We welcome applicants with international qualifications. To view other accepted qualifications please refer to our tariff glossary.