University of Milan

What you'll study

This two-year master's programme combines core theory, practical training and an independent research project. Teaching emphasises quantitative geophysical methods, data analysis and field techniques used to probe Earth structure and dynamics at a range of scales.

• Core topics: seismology and seismic tomography, exploration geophysics (refraction/reflection seismics, gravity and magnetics), geodesy and geodynamic processes, electromagnetic methods, near-surface and environmental geophysics.
• Quantitative methods: mathematical and numerical methods for forward modelling and inversion, signal processing, statistics for geophysics, remote sensing and GIS applications.
• Practical skills: acquisition and processing of field data, instrument operation, laboratory measurements, software packages for seismic and potential-field interpretation, and data visualisation.
• Structure: taught modules in the first year build the methodological core; the second year focuses on specialised electives, field courses and a substantial dissertation based on original research or an industry project. Students gain hands-on experience through fieldwork in local Alpine and Apennine areas and through laboratory sessions on campus.

Entry requirements

Applicants should hold a relevant bachelor's degree (or recognised equivalent) in physics, geophysics, geology, engineering or a closely related quantitative discipline, with solid preparation in mathematics and physics. Typical requirements include university transcripts showing coursework in calculus, linear algebra, mechanics and basic earth sciences, plus a curriculum vitae and a personal statement outlining research interests.

International applicants must meet the University's language requirements: proficiency in Italian is required where courses are delivered in Italian, while some modules and research supervision may be available in English. Additional supporting documents such as letters of recommendation or an interview may be requested for applicants without a directly comparable degree.

Career prospects

Graduates from the programme enter a wide range of professional roles in the public and private sectors. Common career paths include:

• Seismic hazard assessment and earthquake monitoring with research institutes or civil protection agencies.
• Exploration and production roles in mineral, oil and gas or geothermal industries, including geophysical surveying and data interpretation.
• Environmental and engineering geophysics for site characterisation, groundwater studies, contamination assessment and infrastructure surveys.
• Research and academic careers, including PhD study in geophysics, seismology, geodynamics or related fields.
• Technical consultancy and geoscience software development, including positions in data processing, modelling and visualization.

Why study at University of Milan

The University of Milan offers an integrated environment for geophysics, combining teaching with active research groups in seismology, tectonics and environmental geophysics. Students benefit from modern laboratories, instrument pools and close links with national research organisations and industry partners. The University's location provides easy access to a variety of field areas in the Alps, Apennines and Po Plain, supporting practical training and applied research. Mobility opportunities, seminars by international researchers and collaboration with regional agencies enhance both academic development and employability.