The MSc Engineering Geology degree offers a comprehensive approach to applying geological knowledge to engineering and construction projects, including onshore and offshore structures. This degree equips students with advanced skills to understand the impact of geological conditions on these structures, plan and conduct investigations into surface and subsurface geology, identify adverse ground conditions, and design remedial measures. Graduates can meet industry requirements for specialist engineering geologists and pursue careers in environmental, engineering geological, and geotechnical sectors, paving the way for becoming a Chartered Geologist.
University of Portsmouth
MSc Engineering Geology
Entry Requirements
- A second class honours degree or equivalent in a relevant Earth Science or Civil Engineering field such as Geology, Earth Science Civil Engineering or a related discipline. Applicants with industrial and work experience will also be considered.
- English language proficiency at a minimum of IELTS band 6.5 (or equivalent) with no component score below 6.0.
Career Prospects
This Master's course prepares students for career advancement in various engineering and geological disciplines, or entry into senior roles. It builds on undergraduate geology or civil engineering studies and specializes in geotechnical and geo environmental engineering. Accredited by the Geological Society of London, the course offers advanced professional and scientific training. Graduates have gone on to roles such as engineering geologist, environmental engineer, geo environmental engineer, geo environmental consultant, geologist, geoscientist, geotechnical engineer, land referencing consultant, oil and gas engineer, project engineer, site engineer, and surveyor. Companies that have employed graduates include Aecon, WSP, Fugro, Structural Soils, Optikos, and Hydro Consultants.
Course Details
Master's degree programs are designed to help students balance work and family responsibilities. The program offers a full-time, 1-year program with in-person teaching and 10-20 hours of independent learning per week, supported by extensive online materials. The program is deeper and more specialized than an undergraduate degree, allowing students to focus on a specific topic and work closely with academics. The majority of teaching time is in-person and face-to-face, with teaching methods including lectures, seminars, tutorials, workshops, and fieldwork. Networking and professional development opportunities are also available, including a program of visiting speakers from businesses and industry. Assessments include coursework, presentations, technical reports, lab reports, online tests, essays, and examinations. Students can test their skills and knowledge informally before submitting assessments that count towards their final mark. Feedback on practice and formal assessments is available to help students improve in the future. The assessments are industry-relevant and designed to enhance employability.
Course Modules
Contaminated Land and Groundwater Protection - 30 credits
Ground Models and Ground Investigation - 30 credits
Research Skills and Project - 60 credits
Rock Mechanics and Engineering Design - 30 credits
Soil Mechanics and Geotechnical Design - 30 credits
*The information’s are correct at the time of publishing, however it may change if university makes any changes after we have published the information. While we try our best to provide correct information, It is advisable to call us or visit university website for up to date information.
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