Geophysicist Career in South Africa
Explore the official OFO occupation, common tasks, specialisations and approved South African qualification pathways.
Occupation overview
Studies the composition, structure and other physical attributes of the earth, locates minerals, petroleum or ground water, and detects, monitors and forecasts seismic, magnetic, electrical, thermal and oceanographic activity.
What does a Geophysicist do?
A geophysicist applies scientific knowledge and measurements to understand the Earth beneath and around us. The work can involve locating minerals, petroleum or groundwater, analysing the physical structure of the Earth, and monitoring phenomena such as earthquakes, magnetic fields, electrical activity, heat and ocean conditions. Specialised areas include seismology, marine science and physical oceanography.
Specialisations
How to become a Geophysicist in South Africa
- Build a strong foundation in Mathematics, Physical Sciences and Geography at school.
- Explore relevant tertiary study in geophysics, Earth sciences or related physical sciences, and compare the requirements of current programmes.
- Develop practical experience through fieldwork, laboratory activities, scientific projects and the analysis of Earth or ocean data.
- Investigate the specialist area that interests you, such as seismology, marine science, physical oceanography or mineral and groundwater exploration.
- Confirm current admission, training and workplace expectations with education providers and potential employers.
Edupstairs Preparation Guidance
There may not be one universal qualification route for every geophysics role. Relevant scientific education can provide a foundation, while practical experience and development in a specialist area may also be valuable. Verify current programme and employment requirements with the relevant institution or employer.
Useful school subjects
- Mathematics
- Physical Sciences
- Geography
- Computer Applications Technology
- English
Skills that may help
- Scientific observation and investigation
- Mathematical and data analysis
- Problem-solving
- Critical thinking
- Attention to detail
- Interpreting physical and geological information
- Written and verbal communication
- Working safely and systematically in field or laboratory settings