Master in Geological Resources and Hazards for Land Management
Siena, Italy
Master degree
DURATION
2 years
LANGUAGES
Italian
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
TUITION FEES
STUDY FORMAT
On-Campus
Key Summary
About: The Master’s in Geological Resources and Hazards uses lectures, labs and field surveys to expand bachelor knowledge in chemistry, physics, math and Earth sciences. It teaches geological mapping, remote sensing, GIS, geostatistics, 3D subsurface modeling, geotechnical surveys, laboratory analyses and seismic microzonation for resource management, hazard mitigation and heritage.
Career Outcomes: Graduates can work as geologists, hydrogeologists, environmental consultants, GIS specialists or geotechnical analysts. Sectors include industry, environment, consultancy and public agencies. Roles cover mapping, studies for environmental assessments, resource exploration and management, geotechnical investigations, modeling and laboratory work. It enables professional registration (Section A) after the State Examination.
The degree course is based on lectures, laboratory and off-site exercises (field surveys), off-site excursions and internships. The didactic excursions, both thematic and interdisciplinary, which are an integral and important part of the geologist's training, take place in various locations in Italy and abroad and are largely covered by course fees.
The educational objectives are achieved through the provision of characterising teaching aimed at broadening scientific and methodological knowledge, which is largely carried out in the first year of the degree course.
Overview
The Master’s Degree Program in Geological Resources and Hazards of the Territory (Class LM-74) aims to expand the scientific and geological training acquired in the bachelor’s degree in the fields of chemistry, physics, mathematics, computer science, and various sectors of Earth Sciences. Another objective of this program is to provide in-depth technical and professional preparation in the sustainable management of resources and the mitigation of geological hazards.
Lectures and practical exercises within the Master’s Program in Geological Resources and Hazards of the Territory enable students to acquire:
- skills in programming and planning for the collection of surface and subsurface geological data, through geological mapping and sectioning techniques, as well as data processing via remote and proximal sensing, spatial analysis, and geostatistics using GIS and WEB GIS platforms;
- skills in developing surface and subsurface geological models aimed at the exploration and procurement of water, mineral, stone, and energy resources;
- skills in collaborating on the design of works for the management of groundwater resources and mineral and thermal waters;
- advanced analytical skills for georesources, focusing on mineral deposits and industrial geomaterials, through field and laboratory techniques for innovative and sustainable applications;
- skills in programming and managing activities aimed at the study and preservation of architectural and monumental heritage, as well as archaeological and natural sites, using advanced technologies;
- skills in developing geological models for the mitigation of seismic risk (seismic microzonation), slope instability, and hydraulic risk, and for the protection and sustainable use of natural heritage;
- skills in planning and conducting geotechnical investigations, geophysical survey campaigns, geological sections, and 3D models using specialised software platforms;
- technical and scientific expertise for working in geotechnical, geochemical, physical, and geological construction laboratories, supporting drilling, surveying, and excavation activities;
- skills in designing renaturalization interventions for beaches and slopes, and in defending and restoring hydrogeological balance;
- skills in collaborating on the engineering design of consolidation works for unstable slopes affected by landslides;
- skills in designing and developing spatial databases, analysing digital terrain models, photogrammetry, and surveying using topographic-cartographic instruments and equipped drones;
- scientific, professional, and regulatory expertise for territorial management, addressing environmental issues and analysing geo-environmental risks.
Students’ training in the Master’s Degree Program in Geological Resources and Hazards of the Territory is complemented by courses in ecology, anthropology, physical chemistry, environmental chemistry, cultural heritage, coastal protection and management, hydrocarbons, and subsurface fluids.
To further enrich their cultural training, the program also includes cross-disciplinary courses in economic and management engineering, information processing systems, international law, statistics for experimental and technological research, and economic policy.
To ensure students gain advanced preparation for professional practice, the study plan provides for a substantial number of University Educational Credits (CFU) dedicated to curricular internships. These may be carried out (under agreements between the University of Siena and the host institution) in public bodies responsible for territorial management, research institutes, professional firms, companies, and university laboratories, both in Italy and abroad.
Given the high number of credits allocated, the final thesis represents a crucial phase for the in-depth study and verification of the knowledge acquired. It is highly experimental in nature and requires the candidate to demonstrate strong analytical and synthesis skills. Students are therefore encouraged to select their thesis topic by the end of the first year, dedicating at least six months to the preparation and writing of the final dissertation.
Several scholarship options are available, please visit the university website for information.
Geologist
Role in a work context:
Management, coordination, or research in various fields of geology:
- exploration, collection, protection, and management of groundwater resources;
- geological/geomorphological, geotechnical, and hydrogeological surveys;
- procurement and production of georesources;
- territorial planning and environmental protection/sustainability;
- management of laboratories for geotechnical analyses and material quality testing;
- development and application of geotechnologies for field or remote sensing investigations;
- characterization and recovery procedures of materials related to cultural heritage.
Skills associated with the role:
- Acquisition of geological and geomorphological survey techniques and digital mapping.
- Ability to manage geological data, both surface and subsurface, for addressing geological problems and/or understanding simulations of geological processes or phenomena within a spatial-temporal framework.
- Ability to interpret geological, geotechnical, and hydrogeological data to produce geological models.
- Technical skills for managing a geological laboratory equipped with complex and/or innovative instrumentation, such as electron microscopy, mineral-petrography, stratigraphic-structural geology, geochemistry, etc.
Career opportunities:
In line with labor market trends and economic and environmental development policies, graduates of the Master’s Degree in Geological Resources and Hazards of the Territory, thanks to their broad multidisciplinary knowledge base and specific methodological-application skills, can flexibly shape their career paths in a wide range of professional directions.
Professional opportunities exist in the following sectors:
- industry (hydrocarbons, minerals, and raw materials);
- environment and green development (sustainable development management, parks, urban areas, environmental protection, etc.);
- consultancy (private agencies, freelance practice, engineering firms);
- public offices (Geological Services, regional and national Environmental Protection Agencies, etc.);
- private companies (management of water facilities, landfills, material reuse, infrastructure);
- scientific communication and journalism.
More specifically, professional fields include:
- geological and thematic mapping;
- drafting, for geological aspects, of urban, territorial, environmental, and georesource plans with related safeguarding measures;
- analysis, prevention, and mitigation of geological, hydrogeological, and environmental risks;
- analysis, remediation, and management of degraded sites and abandoned extraction sites;
- management of Geographic Information Systems (GIS), particularly regarding geological-environmental issues;
- studies for Environmental Impact Assessments (EIA) and Strategic Environmental Assessments (SEA);
- geognostic and geophysical surveys for subsurface exploration and geological studies applied to civil engineering works, defining appropriate geotechnical models and environmental hazards;
- modeling of geological processes (slope stability, groundwater circulation, underground excavations, 2D and 3D reconstructions, etc.);
- aquifer characterization and modeling of groundwater flow and contaminant propagation issues;
- exploration, economic evaluation, and management of georesources, including water resources and industrial/commercial geomaterials;
- management of extraction activities;
- analysis and management of geological, hydrogeological, and geochemical aspects of pollution and related risks;
- definition of prevention and risk mitigation interventions, including drafting safety plans for workplaces;
- safety coordination in temporary and mobile construction sites;
- geological assessment and prevention of cultural and environmental heritage degradation, as well as study, design, project management, and testing related to conservation;
- certification of geological materials and analysis of their physical-mechanical and mineralogical-petrographic characteristics;
- analysis of stone monument degradation and conservation;
- management of geotechnical laboratories;
- environmental protection of the territory and sustainable development;
- protection and enhancement of cultural heritage;
- studies and characterization for climate change mitigation.
Professional qualification:
Regarding access to the profession (DPR 328/01), the Master’s Degree in Geological Sciences and Technologies (LM-74) allows, upon passing the State Examination, registration in Section A (Geologists) of the National Register of Geologists.
Why Studying in Siena?
The University of Siena, located in the historic city of Siena in Italy, is an attractive choice for higher education for various reasons.
Tradition and Prestige: Established in 1240, the University of Siena is one of the oldest universities in Italy and Europe. It has a rich history and a longstanding reputation for academic excellence.
Diverse Course Offerings: The University of Siena offers a wide range of undergraduate, graduate, and postgraduate programs in various disciplines, including humanities, sciences, medicine, engineering, economics and social sciences. This allows students to pursue their interests and career goals.
International Environment: The University of Siena attracts students from all around the world, creating a diverse and multicultural learning environment. This exposure to different perspectives and cultures can be highly enriching for students.
Quality of Life: Siena is known for its relaxed lifestyle, friendly locals, and delicious cuisine. The city’s manageable size and welcoming atmosphere make it an ideal location for students looking to balance their studies with a vibrant social life.
Research Impact: The University of Siena’s research output is recognised globally, with its faculty and researchers contributing to significant advancements in various fields. The university’s research publications and citations in international journals reflect its commitment to high-quality research and global impact.
Research Opportunities: The University of Siena has strong research programs and collaborations with other institutions, both in Italy and internationally. This can provide students with valuable opportunities for research and professional development.
Affordability: Compared to universities in some other countries, tuition fees at the University of Siena are relatively affordable. Additionally, the cost of living in Siena is generally lower than in larger Italian cities like Rome or Milan.
Exchange Programs: The University of Siena participates in several international exchange programs, such as the Erasmus+ program, which allows students to study abroad for a semester or academic year, providing valuable international experience.
Career Prospects: Graduates from the University of Siena have a strong record of finding employment or continuing their education, both within Italy and internationally. The university’s reputation and connections can help students access opportunities in their chosen fields.
Beautiful Location: Siena is a picturesque city with a rich history and stunning architecture. The city’s medieval cityscape and scenic countryside provide a unique and inspiring setting for studying.
Language and Cultural Immersion: Studying in Siena offers the opportunity to learn or improve Italian language skills, as well as gain a deep understanding of Italian culture and history.
Studying Abroad
International students enrolled at the University of Siena can participate in several international exchange programs, such as the Erasmus+ program, which allows our students to study abroad for a semester or one academic year, providing valuable international experience.
Our International programs allow students of the University of Siena to spend a study period (from 2 to 12 months) at one of the other 500 partner universities worldwide.
It is possible to carry out the mobility during each study cycle (bachelor, master of PhD), attend courses and sit exams, prepare thesis work and carry out internship activities. Participants in the International mobility programs will get full recognition for the credits obtained abroad.