Petroleum Geoscience

Petroleum Geoscience at Imperial College London is an advanced postgraduate programme designed to equip students with comprehensive knowledge and practical skills in the exploration, assessment, and development of hydrocarbon resources. The programme bridges the gap between geology, geophysics, and engineering, emphasizing the integration of subsurface data and modern technology to address the complex challenges faced by the petroleum industry today. students will explore core topics such as sedimentology, structural geology, reservoir characterization, geophysical methods, and basin analysis, gaining insight into how these disciplines contribute to locating and efficiently extracting oil and gas. The curriculum combines rigorous theoretical instruction with hands-on training, including laboratory work, fieldwork, and computer-based modelling, to ensure graduates are prepared for the technical demands of the industry.

Imperial College's strong links with leading energy companies and research institutions provide students with unique networking opportunities, internships, and exposure to real-world projects. The programme also covers contemporary issues such as sustainable resource management, environmental impacts, and technological innovations like seismic imaging and digital geology, enabling students to develop a holistic understanding of modern petroleum geoscience. Designed for graduates in Earth sciences, geosciences, or related disciplines, the programme fosters both academic excellence and practical competence, preparing students for careers in upstream exploration and production, consultancy, or research roles. With a focus on critical thinking, problem-solving, and effective communication, graduates will be well-equipped to contribute to the future of energy resources in a responsible and innovative manner. The MSc in Petroleum Geoscience at Imperial College London embodies the institution’s commitment to excellence in education, research, and industry engagement, making it a leading choice for aspiring geoscientists seeking to make impactful contributions in the energy sector.

Knowledge and Understanding of
 The Earth as a dynamic system, its evolution through time, uniformitarianism
 Petrology and petrological analysis and the interpretation of the provenance through hand
specimens, petrology and field relationships from the micro- to macro-scale
 Basic mathematics, physics, chemistry and computer languages that are relevant to modern
geosciences
 Geochemistry: in particular solid earth geochemistry, low temperature geochemistry,
biogeochemistry, environmental geochemistry, study of the earth and planetary systems and
their mineralogy
 Using Geophysical techniques in exploration, and applying mathematics and physics to
studying the Earth as a planet
 Surface Processes: weathering and its consequences for sedimentation, soil development,
geomorphology and geohazards
 Internal Processes: Petrological analysis and what it tells us about processes, volcanism and
economic mineralisation
 Tectonics and geological structures: Deformation, plate tectonics and earthquakes
 Life on Earth through the study of palaeontology, paleobiology and the stratigraphic record
on land and marine
 Geological maps and three-dimensional interpretation of surface and sub-surface
geological systems acquired through knowledge of geological mapping and electronic
mapping packages. 

Year 1

Dynamic Earth 1
Stratigraphy
Earth Materials
Physical Processes (4)
Programming for Geoscientists
1
Maths Methods 1 (4)
Solid Earth Geochemistry (4)
Surface Processes
Internal Processes
Structural Geology 1
Optical Mineralogy and
Petrology
Life & Earth History
Introduction to Field Geology
Graphics & Statistics for
Geoscientists 1
Field Geology 1
Projects and Tutorials 1 (1)
Geoscience Workshops (2)
+ optional Imperial Horizons (3)

(1), (2)
Projects and Tutorials and Geoscience workshops take place throughout the year on a variety of
topics.
(3)
Imperial Horizons courses in term 1 and 2 can be taken as an additional 6 ECTS.
(4)
Students may not have A-levels or equivalent in all three of Maths, Physics and Chemistry.
Introductory level 1 courses in these subjects allow such students to delay studying more advanced
material in one or more of these subjects until year two; the programme and timetable allow for this
flexibility.

Year 2

Applied Geophysics 1 (4)
Igneous 1
Global Geophysics(4)
Structural Geology 2
Sedimentary Geology
Metamorphic 1
Low Temperature
Geochemistry (4)
Rocks Master Class
Remote Sensing & GIS
Structural Geology 3
Palaeontology or Maths
Methods 2
Earth Resources
Field Geology 2
Field Geology 3
Independent Geology Project (1)
Projects and Tutorials 2 & Geoscience Workshops
+ optional Business for Professional Engineers & Scientists (2)
+ optional Imperial Horizons (3)
(1) Year 2 develops the fundamental geological and geophysical knowledge and skills that are required
to undertake a major independent project at the end of the year. This is a mapping project for
geology students; this continues into summer vacation.
(2) Students can take Business for Professional Engineers and Scientists course in term 1 and 2 for
credit which may contribute to the coursework element. Students taking this option will graduate with
66 ECTS for their 2nd year – an additional 6 ECTS for their 2nd year.
(3) Imperial Horizons in term 1 and 2 can be taken as an additional 6 ECTS which is not for credit.
(4) For students with missing A-levels in Maths, Physics or Chemistry, students take Maths methods 1
instead of Applied Geophysics 1, Physical Processes instead of Earth Structure and Tectonics and
Solid Earth Geochemistry instead of Low Temperature Geochemistry respectively

Year 3

Basins & Tectonics
Seismic Techniques
Climate
Plus two from:
Ice and fire
or Ore Deposits
or Hydro and fluid flow 1
Elective courses vary annually.
In 2014/2015 they are:
Biogeochemistry
Earth Systems
Geomorphology
Minerals Processing
Environmental Impact
Assessment*
Solid Waste 1*
Solid Waste 2*
Hydrothermal & ore forming
processes (double)
Low Temperature
Geochemistry*
Dynamic Stratigraphy*
GIS and Remote Sensing 2
(double)
Env & Eng Geol 1
Business for professional
engineers and scientists
+ optional Imperial Horizons(2)
Field Geology 4 (1)
Earth Science Synthesis 1
Earth Science General Paper
(Yr 3)
Independent geology project &
Workshops assoc with project
+ optional Imperial Horizons(2)
Term 1 consists of broadening subjects with which all Earth scientists should be familiar; students
continue to work on their independent project. Students can take additional modules from earlier
years not for credit
Term 2 consists of elective courses in a wide variety of subjects. Most electives are taught across
both years three and four; most electives are offered only in alternate years; the exact elective
programme will vary from year to year, subject to student demand and staff availability.

(1) In term 3, geologists undertake a field trip examined by a final report.
(2) Imperial Horizons in term 1 and 2 can be taken as an additional 6 ECTS which is not for credit

Year 4

Three week Wytch Farm
project
Wessex Basin field trip
Petroleum Engineering
Petroleum System Analysis
Petrophysics & Seismic
Techniques
Three week Group project:
Barrel Award
Advanced Applied
Sedimentology (2)
Exploration Geosciences
Production Geoscience
Basin Analysis (2)
Utah field trip
MSci project (1)
Somerset and Derbyshire fieldtrips

(1) The Msci project starts in Term 3 and is completed by mid-September.
(2) Students taking these modules under this degree scheme do not complete the coursework
element of the module, only the examinations. The module is therefore awarded 6 ECTS rather
than 7.5 ECTS.
Graduation in September

Programme requirements for the MSc in Petroleum Geoscience at Imperial College London typically include a strong academic background in geosciences, engineering, or related disciplines, with a relevant undergraduate degree such as geology, geophysics, or petroleum engineering. Applicants are usually expected to demonstrate proficiency in core scientific principles, data analysis, and technical skills pertinent to subsurface exploration and reservoir evaluation. Work experience in the oil and gas industry or research can be advantageous but is not always mandatory. English language proficiency is required for international students, commonly evidenced by scores from tests such as IELTS or TOEFL. The application process involves submitting academic transcripts, a personal statement outlining motivation and relevant experience, and references. Specific prerequisites may also include familiarity with software tools used in geoscience modeling and data interpretation. The programme is designed to build advanced knowledge in areas including seismic interpretation, basin analysis, petrophysics, and reservoir characterization, preparing students for careers in exploration, production, and research within the petroleum industry. Candidates should possess analytical skills, technical competency, and an interest in the environmental and economic aspects of resource extraction. The course duration is typically one year (full-time), with options for part-time study. Admission is competitive, emphasizing academic excellence, relevant background, and potential for contribution to the field of petroleum geoscience. Practical training, field trips, and industry seminars are integral parts of the curriculum, providing students with real-world experience and professional networking opportunities. Overall, applicants need a comprehensive academic record, relevant skills, and a clear motivation to succeed in this specialized and technical domain to meet the programme requirements successfully.

The Petroleum Geoscience MSc program at Imperial College London offers various financing options to support prospective students in funding their studies. Tuition fees for international students are set annually and typically higher than for home students, with current figures available on the official college website. Scholarship opportunities include Imperial College scholarships, which are highly competitive and often require excellence in academic achievement, relevant experience, or specific country eligibility. Additionally, students can apply for external scholarships from government bodies, industry partners, and charitable organizations dedicated to supporting students pursuing geoscience and engineering disciplines. The college also offers a range of bursaries and fellowships, some of which are specifically targeted at students studying petroleum geoscience or related fields. Many students opt for part-time work or research assistant positions within the university to supplement their income, subject to visa regulations for international students. Funding may also be available through national loan schemes or private lenders, depending on the student’s home country and financial circumstances. It is recommended that prospective students consult Imperial College’s financial aid office early in the application process to explore all available options. The college regularly updates its financial support packages, and detailed information regarding eligibility, application procedures, and deadlines can be found on the official website. International students are advised to plan their finances well in advance to cover tuition fees, living expenses in London, insurance, and other costs associated with studying abroad. Overall, Imperial College London aims to make its MSc programs accessible through a variety of financial support mechanisms, enabling talented students from diverse backgrounds to pursue a career in petroleum geoscience and related fields.

Petroleum Geoscience at Imperial College London is a specialized postgraduate program designed to equip students with comprehensive knowledge and practical skills in the exploration and development of hydrocarbon resources. The curriculum covers a broad range of topics including sedimentology, stratigraphy, structural geology, seismic interpretation, basin analysis, and reservoir characterization. The program emphasizes the integration of geological and geophysical data to assess and quantify petroleum systems within sedimentary basins globally. It aims to prepare graduates for careers in the oil and gas industry, offering a blend of theoretical understanding and hands-on experience through project work, industry collaborations, and advanced software training. Students have access to state-of-the-art laboratories and computational facilities, enabling them to undertake detailed subsurface analysis and modeling. Imperial College also emphasizes the importance of sustainable and environmentally responsible practices in the extraction of hydrocarbons, encouraging students to consider the social, economic, and environmental impacts of petroleum exploration and production. The program often involves guest lectures from industry professionals, site visits, and opportunities for internships, fostering strong industry links. Graduates of Petroleum Geoscience are equipped to work in various roles such as exploration geoscientists, reservoir engineers, seismic interpreters, and consulting specialists in both traditional oil and gas companies and emerging energy sectors. The program is typically one year full-time and can be pursued as a taught MSc course. Admission standards are high, requiring a relevant undergraduate degree in geosciences, geology, geophysics, or a related field, along with strong analytical and technical skills. The program is part of Imperial College’s Faculty of Engineering, renowned for its research excellence and innovative approach to science and engineering education.