MSc Environmental Geochemistry in Plymouth United Kingdom | University of Plymouth

Environmental geochemistry plays a pivotal role in the rapidly expanding environmental sector. Over the past ten years, the global environmental consulting market—a major employer for qualified graduates—has experienced its most significant growth in half a decade. Professionals in this field apply geochemical knowledge across various industries, including environmental consulting, civil and mining engineering, regulatory agencies, and energy companies.

This scientific discipline examines the origins, distribution, and interactions of chemical elements in natural systems like rocks, soils, water, air, and living organisms. Specialists employ diverse analytical techniques, from on-site measurements to advanced laboratory instrumentation and computational modeling, to investigate environmental materials.

Graduates with expertise in environmental geochemistry enjoy excellent career prospects. Industry surveys reveal that employers particularly value numerical proficiency, data analysis capabilities, self-directed learning, business acumen, adaptability, leadership qualities, and research skills. A notable NERC report (2012) highlighted key skill shortages in modeling, interdisciplinary approaches, data handling, quantitative analysis, practical application of research, field experience, and risk assessment—all core competencies developed through environmental geochemistry training. Unlike other environmental programs, this field emphasizes the chemical basis of environmental challenges while providing rigorous training in data collection, analysis, modeling, and uncertainty evaluation, equipping graduates with distinctive, marketable skills.

The sole postgraduate program specializing in environmental geochemistry in Southern England.
Access to cutting-edge analytical equipment and ISO 9001 certified industrial-grade laboratories.
Practical field studies at active and historical mining sites near Plymouth, including metal mines, clay quarries, urban redevelopment zones, and industrial facilities.
A career-oriented curriculum teaching the transport of environmental contaminants, analytical techniques, and data interpretation for environmental decision-making.
Instruction from multidisciplinary faculty with industry experience and internationally recognized research expertise in chemistry, environmental science, geology, and geography.