석사 in 지질학·지구과학 in Europe

This follow-up master's degree in geology offers a single specialization, Geodynamics, which examines tectonic processes through the study of magmatic and metamorphic rocks and the deformation structures they record. The two-year program takes a multiscale, interdisciplinary approach to Earth's dynamic processes, combining tutorial-style teaching with practical courses, computer modeling, and other applied skills. Coursework within the specialization includes the rheology of geomaterials, advanced structural geology, isotope geochemistry and geochronology, data analysis in R and Python, thermodynamics in Earth sciences, advanced metamorphic petrology, igneous processes, numerical modeling of heat transfer in geology, the dynamics of magma chambers, and the microanalysis of geomaterials, alongside more advanced study of lithospheric geodynamics, magnetic anisotropy and paleomagnetism, and geophysical imaging. A dedicated field course in geodynamics anchors the program's strong emphasis on fieldwork, and an experimental petrology laboratory offers further hands-on exposure to complex natural processes; a running seminar in petrology and structural geology accompanies coursework throughout.

Individual research is central to the degree, with students working across four sequential diploma project courses that build toward a substantial master's thesis, many of which are grounded in original fieldwork. Students work alongside Czech, international, and visiting Erasmus students, as well as lecturers and doctoral students, and benefit from a global network of collaborators and opportunities for Erasmus mobility with partner European universities. Graduates go on to work broadly across the field of geology, including research, the study of Earth materials, and mining or other applied settings.

Applicants must hold at least a bachelor's degree in any field, with documentation of this degree required (foreign degrees must be accompanied by proof of the underlying education). Admission is based on a two-round exam, held in English, together with the program's available capacity; applicants must obtain a minimum of 50 out of 100 total points to be admitted, though the exam may be waived if the number of applicants is low. The first round evaluates a one-page curriculum vitae, a one-page motivation letter, and a transcript of grades from the first two years of the applicant's bachelor's studies in subjects such as geology, petrology, structural geology, geotectonics, geochemistry, and mineralogy; applicants need at least 25 of 40 points here to advance. The second round consists of an online interview assessing the applicant's general knowledge of geology, along with a discussion of their bachelor's thesis topic and their ideas for their future master's thesis.

This program in geological sciences focuses on sustainable development and offers two specialization tracks. The Raw Materials Exploration and Sustainability track emphasizes mineral resources, geophysical exploration, urban mining, and sustainable industrial processes, with options in geothermal systems, groundwater protection, and international internships. The Processi Geologici, Rischi e Risorse track centers on geological processes, geohazards, and natural resource management, offering study paths in paleontology, structural geology, geomorphology, hydrogeology, and environmental modeling. Both tracks integrate elective courses, fieldwork, and thesis preparation, with opportunities for international experience.

Applicants must hold a degree in Geology, Environmental and Natural Sciences, or Civil and Environmental Engineering, or an equivalent foreign qualification. Candidates without these degrees may qualify by having at least 30 university credits in geology-related subjects. Those who have not yet graduated may still apply, provided they complete their degree before final enrollment. Proof of English language proficiency at B2 level is required, which can be demonstrated through specific certifications, academic coursework, or institutional testing. Knowledge of Italian is also mandatory and can be validated through an official exam or recognized certification. EU students typically pay around €1,200/year based on family income. Non-EU students usually pay a fixed fee of about €1,400/year. Check with the university for your exact fee.

This two-year master's degree provides in-depth theoretical and experimental training in the physical and chemical processes that drive volcanic behavior and hazard, covering the geological, geochemical, petrochemical, and geophysical dimensions of both volcanic system dynamics and activity monitoring. Studies take place in a location surrounded by active volcanic areas and home to the world's first volcano observatory, and the program partners with a nearby volcano observatory to provide hands-on learning and internship opportunities.

The first year opens with core coursework in physical volcanology, covering magma discharge, degassing, and fragmentation and how these processes control eruption mechanisms and styles, alongside magmatology, which examines the genesis and differentiation of magmas and their physical and chemical behavior under varying pressure and temperature. Further compulsory courses cover the geochemistry of volcanic fluids, volcano seismology and geodesy, the geophysical exploration of volcanic systems using methods such as magnetic, electromagnetic, gravity, and seismic surveys, statistics and mathematics for geoscience, including introductory programming, and volcanotectonics, which applies structural geology and geodesy to the study of volcanic deformation.

Students then choose elective coursework from options such as the stability of slopes in volcanic areas, the study of volcanic landforms and landscapes using remote sensing and GIS-based analysis, experimental petrology, or geoarchaeology in volcanic regions, which examines how explosive eruptions preserve ancient human settlements and artifacts.

The second year covers frontiers in multiparametric volcano monitoring, the physical modeling of volcanic processes and dynamics, and volcano hazard and risk assessment, including probabilistic forecasting and the modeling of eruption impacts such as lava flows, ash dispersal, pyroclastic flows, and related hazards. Students choose a further elective from hydrogeology of volcanic areas, advanced isotope geochemistry, or a field-based volcanology course, and complete a required internship at a volcano observatory or related volcanological and geophysical institution, including opportunities at observatories abroad and with civil protection offices. The program concludes with a substantial thesis, in which students design and carry out an independent research project under academic supervision, using research tools, numerical models, or geophysical data, and produce a scientific report for final assessment.

Throughout the program, students build skills in acquiring, processing, and interpreting quantitative field and laboratory data, applying mathematical and statistical methods to physical processes, geological mapping, spatial data analysis, and volcanic hazard assessment, along with the critical analysis of scientific literature. Regular fieldwork and multidisciplinary teamwork are built into the curriculum, preparing students for both active volcano monitoring and research-focused careers.

Applicants are expected to have a basic grounding in geoscience, general and inorganic chemistry, physics, and mathematics. Admission requires a bachelor's degree of at least three years in geology or an equivalent qualification, or alternatively at least 60 credits in geology-, mathematics-, chemistry-, or computing-related subjects, of which at least 24 credits must be in geological, geophysical, or geotechnical subjects; applicants with different academic backgrounds are evaluated on a case-by-case basis.

Applicants must hold an internationally recognized English proficiency certificate at a minimum CEFR B2 level; if proficiency is not already certified, a placement test can be arranged.

International applicants must submit their foreign qualification for official recognition, along with any required translations, legalizations, a Diploma Supplement, exam certificates, and either certification from Italy's national qualification-recognition center or a declaration of value issued by the relevant diplomatic representation.

This master's program provides advanced training in geoinformatics and remote sensing, with core courses in GIS technologies, photogrammetry, 3D modeling, hydrological modeling, geodata management, and infrastructure logistics. Students choose one of three specializations: Geoformation Provision of Agriculture and Forestry, which focuses on agricultural monitoring and risk management; Spatial Land Administration, covering land systems and sustainable planning; or Spatial Organization of Crisis Management, which addresses geoinformation applications in emergency response and planning. The program concludes with a research-based master’s thesis.

To apply for this master's program, applicants must hold an academic or professional bachelor's degree in fields such as agricultural sciences, forestry, transport logistics, land planning and surveying, geodesy, landscape architecture, environmental science, or other related natural and engineering sciences. The degree must be at least three years in duration (180 ECTS). Non-native English speakers must demonstrate English proficiency with an IELTS score of 6.0, TOEFL score of 547, or TOEFL-iBT score of 76.