Petroleum Reservoir Geoscience

The MSc in Petroleum Reservoir Geoscience at the University of Liverpool is a comprehensive postgraduate program designed for students aiming to develop advanced understanding and practical skills in the exploration, evaluation, and management of petroleum reservoirs. This specialized course combines elements of geology, geophysics, and reservoir engineering to equip graduates with the expertise necessary to address complex challenges within the oil and gas industry. The program covers key topics such as sedimentology, petrophysics, reservoir characterization, seismic interpretation, and fluid flow modeling, providing a multidisciplinary approach to reservoir development. Students will engage in both theoretical learning and practical exercises, including computer-aided reservoir modelling, data analysis, and case studies drawn from real industry scenarios. The curriculum emphasizes the importance of sustainable and environmentally responsible practices within the petroleum sector. Through lectures, tutorials, laboratory work, and project-based assessments, learners will gain a solid foundation in both technical and professional skills, preparing them for careers in exploration and production companies, consultancy firms, and research organizations. The program also offers opportunities for networking with industry professionals and participating in internships or fieldwork, enriching the learning experience and enhancing employability. Designed to meet the needs of early-career geoscientists and engineers, this MSc aims to foster analytical thinking, problem-solving abilities, and teamwork. Graduates of the Petroleum Reservoir Geoscience program will be well-equipped to contribute to the safe, efficient, and innovative development of hydrocarbon resources, supporting the ongoing evolution of the energy industry in a changing global landscape.

Compulsory modules

• Introduction To Petroleum Geoscience (ENVS600) 
• Quantitative Seismic Interpretation of Reservoirs (ENVS601)
• Structural Geology and Geomechanics of Reservoirs (ENVS602)
• Reservoir Petrophysics (ENVS603) 
• Sandstone Petroleum Reservoirs (ENVS604)
• Carbonate Petroleum Reservoirs (ENVS605) 
• Reservoir Fluids and Reservoir Modelling (ENVS606)
• Petroleum Reservoir Analogue Field Course (ENVS607)
• Petroleum Reservoir Geoscience Research Project (ENVS608)

Requirements

• The typical entry requirement is a Bachelors degree (with Honours) at 2:1 level or better in an appropriate field of study. Individual consideration is given to mature students with significant and relevant experience and with professional qualifications.
• Russian students holding a Magistr Degree at Grade 4, a Specialist Diploma (5 year programme) at Grade 4.25 or a Baklavar (Bachelors) Degree at Grade 4.5 (all scores on 5.0 scale).
• School or college transcripts or certificates
• University/degree transcripts and certificates upon completion. (Partial transcripts are acceptable at point of application)
• Evidence of English language ability
• A personal statement explaining why you want to undertake the programme and why you feel you are a suitable candidate
• Details of two people prepared to provide references (these should be academic references if you have been in full-time education in the last three years)
• A research proposal (if applicable)
• CV (if applicable)
• Portfolio (if applicable)
• IELTS 6.5 (no band lower than 6)
• TOEFL iBT 88 or above with minimum scores in components as follows: Listening and Writing 21, Reading – 22, Speaking 23
• Please be advised that TOEFL is no longer classified by UK Visas and Immigration as a Secure English Language Test (SELT). However, at the current time the university is continuing to accept TOEFL, at the required level, for entry on to Undergraduate and Postgraduate academic programmes. 

Scholarships

• Vice Chancellor's International Attainment Scholarship – PGT
• LIC Merit Award - PGT
• Liverpool Affinity Awards
• Sport Liverpool Scholarships
• Postgrad Solutions Study Bursaries

The MSc in Petroleum Reservoir Geoscience at the University of Liverpool is designed to provide students with a comprehensive understanding of the geological and geophysical principles underlying petroleum reservoir characterization and development. This programme aims to equip graduates with the skills necessary to analyze subsurface data, interpret geological formations, and apply advanced geological and geophysical techniques to optimize hydrocarbon extraction. The curriculum combines theoretical coursework with practical applications, including seismic interpretation, reservoir modeling, well log analysis, and core data evaluation. Students will also gain experience with industry-standard software and simulation tools, preparing them for roles within the oil and gas industry, particularly in upstream exploration and production sectors.

The duration of the MSc programme is typically one year full-time, with options for part-time study. Entry requirements generally include a relevant undergraduate degree in geology, geoscience, petroleum engineering, or a related discipline. The programme emphasizes both academic rigor and practical skill development, enabling students to address complex geological challenges faced in the industry.

Research-led teaching is a significant aspect of the programme, with faculty members involved in active research projects related to hydrocarbons, reservoir engineering, and basin analysis. Students may have the opportunity to participate in research projects or internships, which can enhance their professional experience and employment prospects. The university’s strong links with the oil and gas industry provide additional opportunities for networking, industry engagement, and career placement.

Graduates from this programme are well-prepared for careers in exploration, reservoir management, data analysis, and consultancy roles within the oil and gas sector or related industries such as energy consultancy firms and environmental assessment agencies. The MSc also provides a solid foundation for those wishing to pursue further research or doctoral studies in related fields. The programme’s location within the UK’s vibrant Royal Liverpool University campus also offers students access to a wide range of academic and extracurricular resources, enhancing their overall educational experience.