[WGF-LM] Exploration and Applied Geophysics (MSc) (31)
Geophysics offers wide career prospecs and, to date, almost all our graduates are stably employed in geophysical companies or in the academic sector. Overall, the geophysical market is extremely large and includes many industrial sectors such as energy and georesources exploration, environmental protection and restoration, civil engineering, and cultural heritage.
Energy and Georesources
The energy sector is certainly the main player in the geophysical market. Here geophysics is extensively used for the exploration of conventional and renewable energy resources (e.g. geothermal resources) but also for the induced seismicity monitoring associated with underground industrial operations (e.g. Geothermal Enrgy Production and CO2 storage operations). Thanks to the strict connection of the MSc in Exploration and Applied Geophysics with companies operating in this sector, many of our graduates got a job at ENI (the major energy company in Italy) or in geophysical companies such as Schlumberger, CGG, PGS, and many others.
Environmental and Civil Engineering
Although smaller but not less important, the environmental and civil engineering sector, mainly represented by small-to-medium size companies, holds a good fraction of the geophysical market. Here geophysics is used to assist the design of large infrastructures (tunnels, highways, bridges) but also for detecting and tracking pollutants (just to make a few examples). Also in this case many alumni of our MSc program currently work in such companies or founded their own companies and startups.
Scientific Research
Geophysics plays a pivotal role in diverse research areas, including exploring planetary interiors, understanding seismic and volcanic processes, natural hazard mitigation, advancing sensor technologies and developing geophysical data analysis algorithms. In this context, a non-negligible number of our graduates prosecuted their career path with a Ph.D. in geophysics (both in Italy and abroad) and are now continuing their careers in the scientific research sector as post-doc or research staff members in many important universities and research centres around the world.
The Didactic Unit manages the administrative, financial and organisational procedures.
In particular, the Unit is responsible for: administration of the didactic activities of the Department; vocational guidance activities related to all the learning phases of the students (before, during, and after the degree); organization, management and monitoring of curricular internships; communication and promotion of study courses; participation in all the evaluation and self-evaluation activities of the degree programmes.
The Unit is located at the Department of Earth Sciences, in via Santa Maria n. 53, Pisa and consists of the following personnel:
- Dr. Giuseppina Siniscalco (acting as Manager) Tel. 050.2215814, e-mail: giuseppina.siniscalco@unipi.it
- Dr Rosalia Mariniello, Tel. 050.2215743 e-mail: rosalia.mariniello@unipi.it
Students’ reception hours: Tuesday: 2.30 to 3.30 pm, Wednesday 11:30 am - 1:30 pm
Student workers and students who have fallen behind in the course schedule must send an e-mail address to giuseppina.siniscalco@unipi.it for an appointment with a tutor.
An internationalization desk is also active to support the Department’s internationalization activities, mobility programmes, internship opportunities and studies abroad.
Opening hours: Tuesday from 10.00 to 12.00, Thursday from 2.00pm to 4.00pm
Responsible: Dr. Sara Poli, Tel. 050 2215816
E-mail international@dst.unipi.it
Dedicated staff will be available for advice related to any particular problems that might arise.
Students can refer to the international office: tel. 050 2215816, E-mail international@dst.unipi.it
"Tutor students" are also available for the students of the course.
Students can refer to:
The students of the Regional Civil Service giving to support the Didactic Unit and to enhance orientation activities for incoming, current, and outgoing students. Opening Hours: Tuesday 2:30 pm - 3:30 pm and Wednesday 11:30 am - 1:30 pm at the Information Desk.
UNIVERSITY PERSONNEL COUNSELLING:
Advice is given to the students of the three-year and Master's Degree Courses requesting information on the organization of the courses, advice for incoming, current and outgoing students, conduct of the traineeships and general functioning of the Department and of the courses. All students for the three-year and Master’s Degree course can obtain information from the Staff.
Timetable: to be arranged by appointment.
PEER STUDENTS:
A “Senior student”, intended as a mediator between the students and the Departmental and University institutions, can give the other students explanatory information on the forms, facilities and university services. The senior student offers interpersonal support to anyone having difficulties or problems during the course of study. It is also possible to use the 'Virtual Counter' for all types of information, by looking here or from the facebook page: Peer tutoring - Department of Earth Sciences UNIPI
Timetable: to be arranged by appointment.
In order to get the the Master degree in Exploration and Applied Geophysics, students have to complete a 2 years-long (full-time) study path and reach 120 ECTS. Within the M.Sc degree in Exploration and Applied Geophysics students may chose between three different study paths: 1) Exploration Geophysics Path, where students mainly study subjects related to geophysics for the exploration for georesources; 2) Applied Geophysics Path, where students will mainly study subjects related to geophysics for environmental monitoring and near surface investigations; 3) Earthquake and Volcano Physics Path where students will mainly study subjects related to the physical processes goevening earthquake and volcanic phenomena with the aim to mitigate the hazard they pose for our society. Here below we show the typical study plans for each path.
| Exploration Geophysics | Applied Geophysics | Earthquake and Volcano Physics |
| Physics Subjects (12 ECTS) | Physics Subjects (12 ECTS) | Physics Subjects (12 ECTS) |
| Mathematical Physics for Geosciences (Polini) (mandatory for geologists) (6 ECTS) | Mathematical Physics for Geosciences (Polini) (mandatory for geologists) (6 ECTS) | Mathematical Physics for Geosciences (Polini) (mandatory for geologists) (6 ECTS) |
| Rock Physics (Capaccioli) (6 ECTS) | Rock Physics (Capaccioli) (6 ECTS) | Rock Physics (Capaccioli) (6 ECTS) |
| Geophysical Instruments (Carelli) (6 ECTS) | Geophysical Instruments (Carelli) (6 ECTS) | Geophysical Instruments (Carelli) (6 ECTS) |
| Fluid Dynamics (Califano) (mandatory for non-geologists) (6 ECTS) | ||
| Geology Subjects (12 ECTS) | Geology Subjects (12 ECTS) | Geology Subjects (12 ECTS) |
| Tectonics (Di Rosa) (6 ECTS) | Tectonics (Di Rosa) (6 ECTS) | Faults and Earthquake Physics (Menegnini and Grigoli) (6 ECTS) |
| Radar Geomorphology (Ribolini) (6 ECTS) | Radar Geomorphology (Ribolini) (6 ECTS) | Physical Volcanonology (Pistolesi) (6 ECTS) |
| Geophysics Subjects (27 ECTS) | Geophysics Subjects (27 ECTS) | Geophysics Subjects (24 ECTS) |
| Computational Geophysics (Stucchi) (6 ECTS) | Computational Geophysics (Stucchi) (6 ECTS) | Earthquake Seismology (Grigoli) (6 ECTS) |
| Laboratory of Seismic Acquisition and Processing (Tognarelli) (6 ECTS) | Laboratory of Seismic Acquisition and Processing (Tognarelli) (6 ECTS) | Geophysical Fluid Dynamics (Ongaro) (6 ECTS) |
| Exploration Seismology and Well Logs (Stucchi and Aleardi) (9 ECTS) | Exploration Seismology and well logs (Stucchi and Aleardi) (9 ECTS) | Exploration Seismology (Stucchi) (6 ECTS) |
| Inverse Problems (Aleardi) (6 ECTS) | Applied Geophysics (Stucchi) (6 ECTS) | Inverse Problems (Aleardi) (6 ECTS) |
| Additional Subjects (15 ECTS) | Additional Subjects (15 ECTS) | Additional Subjects (15 ECTS) |
| Signal Processing for Geophysics (Ferrante) (mandatory for all) (6 ECTS) | Signal Processing for Geophysics (Ferrante) (mandatory for all) (6 ECTS) | Signal Processing for Geophysics (Ferrante) (mandatory for all) (6 ECTS) |
| Complements of Electromagnetism and Optics (Ferrante) (mandatory for geologists) (3 ECTS) | Complements of Electromagnetism and Optics (Ferrante) (mandatory for geologists) (3 ECTS) | Complements of Electromagnetism and Optics (Ferrante) (mandatory for geologists) (3 ECTS) |
| Seismic Imaging (Bienati) (6 ECTS) | Environmental Remote Sensing (Lombardini) (6 ECTS) | Laboratory of Instrumental Seismology (Saccorotti and Grigoli) (9 ECTS) |
| Borehole methods for subsurface investigations (Baldini) (6 ECTS) | Underwater Systems (Costanzi) (6 ECTS) | Computational Geophysics (Stucchi) (6 ECTS) |
| Introduction to Machine Learning in Geophysics (Grigoli) (3 ECTS) | Introduction to Machine Learning in Geophysics (Grigoli) (3 ECTS) | Introduction to Machine Learning in Geophysics (Grigoli) (3 ECTS) |
| Methods and technologies for Remote Sensing (Alibani) (6 ECTS) | ||
| Free Choice Courses (9 ECTS) | Free Choice Courses (9 ECTS) | Free Choice Courses (15 ECTS) |
| Seminars (1 ECTS) | Seminars (1 ECTS) | Seminars (1 ECTS) |
| Internship (4 ECTS) | Internship (4 ECTS) | Internship (4 ECTS) |
| Thesis (40 ECTS) | Thesis (40 ECTS) | Thesis (40 ECTS) |
| Total (120 ECTS) | Total (120 ECTS) | Total (120 ECTS) |
Free-choice courses can be selected within the list of courses offered by our MSc. program. It is important to mentions that our students are free to partially personalize their study plan in order to further specialize in a particular geophysical sub-field. The full list of courses that our MSc degree program offers can be found here (List of Courses).
One ECTS corresponds to: 8 hours of lectures, 14 hours of laboratory activities and 25 hours for field activities.
Finally, students enrolled in the MSc course may also apply for admission to the Double Degree Programme “International Master of Applied and Exploration Geophysics”, jointly developed by the University of Pisa and the Montan University of Leoben (Austria).
Thesis
The thesis has a central role (40 ECTS) within our MSc program since aims to complete and further specialize the student in a particular field of geophysics. During their thesis students will have the chance to deepen an open research topic in geophysics and show their ability to put into practice what learned during their study path. To give an idea of the MSc thesis successfully defended by our alumni look at this link.
All the modules that students need for training activities, fill the study plan, final exam templates, etc. can be found in the section Documents for Students
Theses List
The final exam consists in the discussion of a thesis written autonomously by the graduate student under the guide of a Supervisor. The thesis, with bibliographical references, tables, figures, thematic maps, sections, etc. will focus on topics specifically related to the objectives of the course and should represent an advanced and original stage of research.
Graduate students achieve 40 credits for the final test.
• The thesis is done under the supervision of a Master’s Degree professor supported by a co-supervisor or another teacher or external researcher acting as Co-relator.
• The outside examiner will analyze the thesis and send his/her judgment to the President of the Graduation Board before the graduation session.
• The final dissertation, in electronic format, must be English. The oral presentation is mandatory and will last 30-40 minutes, and will be followed by a discussion with the Board members.
• The thesis is publicly discussed before a Graduation Board, which ascertains the level of professional and cultural preparation achieved by the candidate and his/her autonomy in producing and processing data and observations.
• In the evaluation of the candidate the Board Members will take into account the candidate’s curricular qualifications as well as the final exam evaluation.
• At least six graduation exam sessions are scheduled in a calendar year.
The degree score is calculated on the basis of the overall average score of the exams and of the speed at which the degree is obtained, and derives from the following algebraic sum:
average calculated on the basis of the credits of the exams taken in the two-year period of the Master's Degree. 30 with honors will be evaluated as 30/30. This average, expressed in 30ths, is transformed into 110ths + 1 point bonus for students graduating within the second academic year + evaluation by the Graduation Board, which has at its disposal a vote between 0 and 9.
Therefore:
Degree mark =average score of Master's degree (in 110ths) + 1 (possible bonus) + Thesis Evaluation (0-9).
The Graduation Board may unanimously also grant honours (110 cum laude).
♦ All the bureaucratic procedures established by the University are available at the following link
♦ For the obligations requested by the Degree Course the contact names are the following:
President of the Graduation Board
Prof. Eusebio Stucchi, eusebio.stucchi@unipi.it
Dipartimento di Scienze della Terra, Via S. Maria 53 – PISA, tel. 050-221700
Secretarial Office
Dr. Tiziana Ciomei, tiziana.ciomei@unipi.it
Dipartimento di Scienze della Terra, Via S. Maria 53 – PISA, tel. 050-2215700
To take the final degree exam the student must:
- enroll at least 30 days before the date established for the exam, by completing the specific form to be delivered to the President of the Degree Board. The form must be accompanied by a summary of the thesis (in English). Registration can also be made electronically by sending an e-mail to the President of the Graduation Board (eusebio.stucchi@unipi.it). The forms can be downloaded here.
- send to the President of the Board and to the outer examiner, at least 15 days before the date fixed for the exam, both a paper and electronic copy of the thesis. The thesis must include the summary given to the President of the Graduation Board at the time of the application.
The outer examiner must receive the final dissertation 15 days before the graduation session and must submit his/her evaluation to the President of the Degree Board. A standard evaluation form must be appropriately completed by the outer examiner, who must then send it to the President (even by e-mail), using the WORD or PDF format at least one day before the graduation session.
Application form for admission to the degree exam (to be sent to the President of the Graduation Commission (in WORD, in PDF)
Model for compilation of the thesis summary (in WORD, in PDF)
Title page of the thesis (in WORD, in PDF)
Thesis evaluation sheet for the outside examiner
Previous curriculum assessment table
Training project model for internship activities (ITA)
Training project model for internship activities (ENG)
Attendance register for internship activities (ITA)
Intership Insurance Activation (ITA)
Intership Insurance Activation (ENG)
Thesis Insurance Activation (ITA)
Thesis Insurance Activation (ENG)
Attendance register for internship activities (ENG)
Evaluation form for the company tutor (ITA)
Evaluation form for the company tutor (ENG)
Evaluation form for the academic tutor (ITA)
Evaluation form for the academic tutor (ENG)
WORK IN PROGRESS
copiare qui la pagina della bacheca del sito in Italiano
The training activities includes the following:
• practical laboratory exercises;
• field campaign;
• apprenticeships, internships at public and private institutions in Italy and abroad;
• participation in seminars, short courses, conferences, etc.;
• guided visits to construction sites and laboratories.
The MSC course requires the acquisition of 4 ECTS through an internship carried out in external companies or even internally at Unipi. The procedure to activate and complete the internship is as follows and must be initiated BEFORE the internship starts. All the modules that students need for training activities, fill the study plan, etc. can be found in the section Documents for Students
Internship Procedure Steps:
Step 0: Choose a company/research (the list of companies having an agreement with the DST can be found here) centres or the Earth Science Department of the university of Pisa or another institution that can provide a geophysical internship
Step 1: Download the forms: "Training project model for internship activities", "Attendance register for internship activities", "Evaluation form for the company tutor", "Evaluation form for the academic tutor", "Evaluation form for the student" from our website (in the section Documents for Students). In addition the insurance form must be downloaded from here.
Step 2: Submit the form "Training project model for internship activities" duly filled to the student office (Mrs. Siniscalco) to the Secretary of the MSc (Prof. S. Capaccioli) and to the President of the MSc. (Prof. E. Stucchi). You need that an internal tutor is assigned to the internship to fill in this form. At this point leave blank the field "The supervisor of the internships signature" on the last page. Fill the insurance form and bring it to the student office.
Step 3: The forms will be reviewed and approved by the President of the MSc degree or their representative.
Step 4: During the internship, the student have to register attendance filling the "Attendance register for internship activities"
(The internship is 100 hours, with a maximum of 8 hours per days and 40 hours per week)
Step 5: Upon completion of the internship, prepare the activity report (few pages with some figure), along with reports from the company "Evaluation form for the company tutor", from the University tutor, "Evaluation form for the academic tutor", (you have to ask her/him) and your "Evaluation form for the student".
All these forms must be duly signed (the activity report by the student and the Academic tutor)
Step 6: Submit all reports to Mrs. Siniscalco, to the Secretary and President of the MSc for approval.
Step 7: The internship activity will be officially approved and the credits registered.
The Master’s Degree course in Exploration and Applied Geophysics will run for two years and allows to acquire 120 University Educational Credits (ECTS). The course is open to all students holding a three-year Bachelor’s Degree in Science or Engineering, or other recognized equivalent or superior academic qualification.
Admission to the Master’s Degree course is subject to an admission interview which, among the different things, is aimed to verify that the candidate satisfies the requirements for the enrollement.
In general, applicants coming from the Italian Universitary system hold a three-year Bachelor degree in Geological Sciences, Environmental Sciences, Physics, Civil and Environmental Engineering, Telecommunications Engineering, Electronic Engineering, and should meet the following requirements:
a total of 20 ECTS in one or more of the following scientific-disciplinary sectors:
MAT, FIS, CHIM, INF/01 and ING-INF/05 (within this 20 ECTS only a maximum of 6 ECTS can be obtained in the INF/01 and ING-INF/05 sectors),
and an additional total of 60 ECTS in one or more of the following scientific-disciplinary sectors:
- ING-INF/01,02,03,04,07
- FIS/01,02,03,04,05,06,07
- GEO/02,03,04,05,07,10,11
- ICAR/01,02,03,04,06,07,08,09
- ING-IND/06,11
In the case of non-fulfillment of the minimum requirements (i.e. in the presence of educational debits), the master’s degree programme indicates the training activities necessary for their acquisition, within the educational offer of the University of Pisa.
The preliminary assessment of the ECTS obtained in the three-year degree and other curricular qualifications valid for the achievement of the minimum required requirements can be made by the students, who will need to fill in the "Former curriculum" form. Students can download this form from the homepage of the site, and can send it as attachment to the secretariat of the Master's Degree Course located at the Department of Earth Sciences of Pisa (e-mail address: gea@dst.unipi.it).
More...
- Commission of the Master’s Degree Course
- Teaching BoardTeaching Board
- Review/AQ Management Group
- Delegate for Internationalisation
- Foreign Curricula Evaluation Commission
- Leoben Steering Board
- Responsible for relations with public/private organizations
- Responsible for disseminating seminars and Student Chapter activities
- Responsible for updating content on website and social media
- Graduation Board
The Commission of the Master’s Degree Course is currently formed by:
President: Prof. Eusebio Stucchi
Vice President: Prof. Andrea Tognarelli
Secretary: Prof. Simone Capaccioli
Didactic coordinator: Dr. Giuseppina Siniscalco
Members:
Prof. Aleardi Mattia
Prof. Alibani Michael
Dr. Baldini Davide
Dr. Bienati Nicola
Prof. Califano Francesco
Prof. Capaccioli Simone
Prof. Carelli Giorgio
Prof. Costanzi Riccardo
Dr. Di Rosa Maria
Dr. Esposti Ongaro Tomaso
Prof. Ferrante Isidoro
Prof. Gioncada Anna
Prof. Grigoli Francesco
Prof. Azadeh Hojat
Prof. Lombardini Fabrizio
Prof. Meneghini Francesca
Prof. Munafo Andrea
Prof. Pistolesi Marco
Prof. Polini Marco
Prof. Ribolini Adriano
Dr. Saccorotti Gilberto
Prof. Scozzari Andrea
Prof. Tognarelli Andrea
Prof. Zanzi Luigi
Dr. Mavrogonatos Kostantinos
Student representatives:
Fontana Roberto
Murgia Desireé
Nsangov Louise-Marietta
Vullo Guglielmo
Tutors:
Prof. Andrea Tognarelli
Prof. Simone Capaccioli
Prof. Mattia Aleardi
Prof. Adriano Ribolini
Prof. Francesco Grigoli
The Joint tutors and students Teaching Board will remain in office for four years and is presently formed by:
Prof. Eusebio Stucchi
Prof. Andrea Tognarelli
Prof. Simone Capaccioli
Yasmine Bey
Diego Cardellini
Roberto Fontana
Students:
Three of the student representatives are elected biannually among those enrolled at the Department of Earth Sciences of Pisa University. According to the decision of the Academic Senate, in case none of the student representatives are elected, it will be possible to appoint three students from the Course.
The Review/AQ Management Group, which carries out the procedures to ensure Quality (AQ) in the training activities of the Master Degree Course, in compliance with the guidelines of the University Quality Presidium, is composed of:
Roberto Fontana (Student at Unipi)
Gugliemo Vullo (Student at Unipi)
Dr. Nicola Bienati (Industry Representative)
Prof. Simone Capaccioli (Prof. at Unipi)
Dr. Stefano Limonta (Industry Representative)
Dr. Paolo Papeschi (Industry Representative)
Prof. Adriano Ribolini (Prof. at Unipi)
Dr. Chiara Sarnataro (Industry Representative)
Dr. Simone Sartini (Industry Representative)
Dr. Giuseppina Siniscalco (Administrative at Unipi)
Prof. Andrea Tognarelli (Prof. at Unipi)
Prof. Mattia Aleardi (Prof. at Unipi)
Delegate for Internationalisation:
Prof. Adriano Ribolini
Foreign Curricula Evaluation Commission:
Prof. Simone Capaccioli, Prof. Adriano Ribolini, Prof. Eusebio Stucchi, Prof. Andrea Tognarelli, Prof. Mattia Aleardi, Prof. Francesco Grigoli
Leoben Steering Board:
Prof. Eusebio Stucchi, Prof. Simone Capaccioli, Prof. Adriano Ribolini.
Responsible for relations with public/private organizations:
Prof. Andrea Tognarelli, Prof. Simone Capaccioli.
Responsible for disseminating seminars and Student Chapter activities:
Prof. Andrea Tognarelli, Dr. Maria di Rosa
Responsible for updating content on website and social media:
Prof. Andrea Tognarelli, Prof. Adriano Ribolini, Prof. Francesco Grigoli
The Graduation Board is formed by 5 university Research members (professors or researchers) of the University of Pisa, and of the Department of Civil and Environmental Engineering of the Polytechnic of Milan. At least 3 of the members are tenured professors of the University of Pisa. For each individual candidate, the Graduation Board can be integrated with up to a maximum of 2 members, either University professors, or experts of high scientific or professional quality.
The President of the Graduation Board proposes the calendar of the degree sessions and the composition of the Commission for each examination session.
The Graduation Board is chaired by Prof. Eusebio Stucchi.
Dr. Tiziana Ciomei (tel. 050.2215784, tiziana.ciomei@ unipi.it) assists the President of the Graduation Commission for administrative practices related to the final exam.
The Master of Science (Laurea Magistrale) in Exploration and Applied Geophysics offered by the University of Pisa is designed to train next-generation geophysicists with a solid scientific background and with a high level of geophysical expertise, from the acquisition of data, through analysis and modeling, to interpretation procedures. Such skills will make our graduates able to face and solve different types of geophysical, geological, and engineering problems in a broad range of contexts. Our MSc is strategically divided into three specialized paths, each offering a unique set of skills highly requested by the job market.
| Path I | Exploration Geophysics |
 |
This curriculum is tailored to equip ou studends with the skills and knowledge needed to characterize the Earth's subsurface at different scales. Exploration geophysics allow to image the subsurface using different geophysical investigation methods and play a central role in the search of conventional and renewable energy sources as well as the monitoring of underground CO2 storage operations. |
| Path II | Applied Geophysics |
 |
With this curriculum, our students gain hands-on experience in utilizing geophysical methods to solve practical problems in engineering and environmental contexts. Applied geophysicists play a crucial role as key professionals in evaluating subsurface conditions for construction projects, monitoring and conducting non-destructive testing of civil infrastructures, assessing groundwater resources, and engaging in environmental monitoring and remediation, to cite a few examples. |
| Path III | Earthquake and Volcano Physics |
 |
In this curriculum, our students acquire knowledge of the physical mechanisms governing earthquakes and volcanic processes. A deeper understanding of the Earth's dynamic processes is crucial for implementing more efficient risk assessment and mitigation strategies. This research-oriented curriculum is particularly suited for those aspiring to pursue a career in academia or research centers. |
Whether your passion lies in resource exploration, engineering and environmetal applications, or natural hazard mitigation, our Master program ensures that you will graduate with a comprehensive skill set that will make you successfull in the next step of your career. Detailed information concerning the subjects characterizing each track can be found here.
• Aleardi Mattia, Dipartimento di Scienze della Terra - Università di Pisa, mattia.aleardi@unipi.it
• Azadeh Hojat, Dipartimento di Ingegneria Strutturale - Politecnico di Milano, azadeh.hojat@polimi.it
• Baldini Davide, Eni SpA, San Donato Milanese, Milano, davide.baldini@eni.com
• Bienati Nicola, Eni SpA, San Donato Milanese, Milano, nicola.bienati@eni.com
• Capaccioli Simone, Dipartimento di Fisica - Università di Pisa, simone.capaccioli@unipi.it
• Carelli Giorgio, Dipartimento di Fisica - Università di Pisa, giorgio.carelli@unipi.it
• Corsini Giovanni, Dipartimento di Ingegneria dell'Informazione - Università di Pisa, giovanni.corsini@unipi.it
• Costanzi Riccardo, Dipartimento di Ingegneria dell'Informazione - Università di Pisa, riccardo.costanzi@unipi.it
• Diani Marco, Dipartimento di Ingegneria dell’Informazione - Università di Pisa, marco.diani@unipi.it
• Ferrante Isidoro, Dipartimento di Fisica - Università di Pisa, isidoro.ferrante@unipi.it
• Di Rosa Maria, Dipartimento di Scienze della Terra - Università di Pisa, maria.dirosa@unipi.it
• Gioncada Anna, Dipartimento di Scienze della Terra - Università di Pisa, anna.gioncada@unipi.it
• Grigoli Francesco, Dipartimento di Scienze della Terra - Università di Pisa, francesco.grigoli@unipi.it
• Lualdi Maurizio, Dipartimento di Ingegneria Civile, Ambientale e Territoriale - Politecnico di Milano, maurizio.lualdi@polimi.it
• Meneghini Francesca, Dipartimento di Scienze della Terra - Università di Pisa, francesca.meneghini@unipi.it
• Polini Marco, Dipartimento di Fisica - Università di Pisa, marco.polini@unipi.it
• Ribolini Adriano, Dipartimento di Scienze della Terra - Università di Pisa, adriano.ribolini@unipi.it
• Stucchi Eusebio, Dipartimento di Scienze della Terra - Università di Milano, eusebio.stucchi@unipi.it
• Tognarelli Andrea, Dipartimento di Scienze della Terra - Università di Pisa, andrea.tognarelli@unipi.it
• Zanzi Luigi, Dipartimento di Ingegneria Strutturale - Politecnico di Milano, luigi.zanzi@polimi.it
Office hours: it is possible to agree a meeting sending an email to a tutor
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