COURSE CURRICULUM

The MSc Subsurface Energy Engineering program offers a rigorous curriculum that combines theoretical knowledge, practical skills, and research expertise to prepare students for careers in petroleum engineering, geothermal energy, and carbon storage. Core modules such as Fundamentals of Numerical Modelling and Simulation, Subsurface Physical-Chemical Processes, and Advanced Subsurface Modelling provide a solid foundation in computational and analytical techniques, enabling students to model and predict subsurface behaviour accurately. Subsurface Engineering Design and Properties of Subsurface Fluids develop technical understanding of fluid flow, reservoir management, and the engineering principles required for energy extraction and storage projects. Modules in Subsurface Mechanics and GeoEngineering, Key Interpretation Skills, and Communication Skills equip students with practical and professional competencies, ensuring they can analyse geological data effectively and communicate complex information to diverse audiences. The MSc Dissertation Project allows students to undertake an independent research investigation, applying advanced modelling, experimental, and analytical techniques to real-world subsurface engineering challenges. Together, these modules provide a comprehensive blend of theoretical study, technical training, and professional development, preparing graduates to tackle complex energy and environmental problems. Graduates emerge with the expertise, analytical skills, and practical experience necessary for employment in energy industries, consultancy, and research, contributing to sustainable management and innovative solutions in subsurface energy engineering.