LM-44
Laurea I Livello
Libero
ENG
Matematica e Applicazioni "Renato Caccioppoli"
The programme at a glance
The aim of the course program is to form a new group of professionals at the frontier between Engineering and Mathematics, able to apply advanced tools from applied mathematics to solve real-world challenges. Our highly flexible degree program will allow students to combine fundamental topics with a wide range of options from across engineering and mathematics. By the end of the course students will be exposed to pioneering research taking courses at the edge of science, technology and the applications of mathematics to real-world engineering problems. This is an ideal course program for scientists and mathematicians interested in learning Advanced Applied Mathematics and its applications to Engineering, and to become experts in Advanced Applied Mathematics.
Job opportunities
Engineering Mathematics graduates are superbly employable. They have many technical and transferable skills that enable them to play a leading and creative role as mathematicians and engineering professionals in industry, academic research, and elsewhere. Industry now requires an increasing number of graduates who can apply mathematics in practical situations. Engineering Mathematics graduates are called on
Admission to the programme and prerequisites
Students applying for the Master’s Programme in Mathematical Engineering are generally expected to hold a Bachelor’s degree in Mathematics, Engineering, Physics, or a closely related discipline. Each application will be assessed holistically.
Applicants must demonstrate English language proficiency at a B2 level.
International students holding an Italian university degree may be admitted to the graduate programme under the same conditions as Italian students.
For more detailed information about the application procedure, please refer to: https://www.mathematical-engineering.unina.it/
Additional Study Plan Information
Some courses in the first semester of the first year are delivered partially in a blended format, with online components provided via the Federica Web Learning platform (https://www.federica.eu/).
At the beginning of the semester, students will attend an online orientation meeting where they will receive detailed instructions on the course structure and how to follow the online components.
The programme is structured into two curricula: Curriculum A and Curriculum B, from which students may choose. Each curriculum includes a set of compulsory courses, supplemented by elective courses selected from Groups 1, 2, and 3.
For more information, please visit:
https://www.mathematical-engineering.unina.it/index.php/courses/
Students in Mathematical Engineering also have the opportunity to continue directly into PhD programmes and to collaborate with various research centres. Additionally, they may participate in internal double-degree programmes (Doppie Lauree Magistrali Interne) with the MSc in Mathematics and the MSc in Engineering:
https://www.mathematical-engineering.unina.it/index.php/double-master-degree/
International exchange programmes (Erasmus programme)
The MSc in Mathematical Engineering has established partnerships with several prestigious European universities to offer students a wide range of exchange and double degree opportunities, as well as international training experiences abroad.
Further opportunities for international study are available through the Erasmus+ Programme and its network of international mobility agreements:
Graduation thesis and exam
Every student will choose the subject of the thesis according to the suggestions of a supervisor.
The thesis consists of an academic essay which tests the candidate’s ability to explore and present original results and apply the knowledge and methodologies acquired during the program. All students must defend their master’s thesis. Such a defense consists of an oral presentation and answering questions from a Committee.
Orientation to incoming students
The programme organises a range of orientation activities for incoming students, coordinated jointly by the Department, the School of Polytechnics and Basic Sciences (PBSS), and the University of Naples Federico II. The calendar of events is available on the following websites:
🔗 www.orientamento.unina.it
🔗 www.scuolapsb.unina.it
Each year, the “Magistrali@SPSB” event is held, where Master’s degree programmes and related professional opportunities are presented. Recordings of these sessions are available on YouTube.
From January to September, the “Futuri Studenti” online event series takes place. Access instructions are provided on the websites above. These events offer prospective students the opportunity to interact with faculty members and receive detailed information about the courses and career paths available.
From March to July, Open Days are held, allowing students to visit university facilities in person or attend specific orientation events. Dates for these initiatives are typically announced during the “Porte Aperte” (Open Doors) event.
A video presentation of the programme is available at the following link:
🎥 Programme Presentation Video
Tutoring and counseling
The programme also provides structured tutoring and counselling services, organised in collaboration with the Department’s academic programmes and PBSS. These initiatives are designed to support students throughout their academic journey.
The programme has a well-established tutoring system that offers both academic assistance and personal support. Tutors gather student feedback regarding general or individual challenges, help resolve issues, and liaise with the SINAPSI Centre (University Centre for Inclusion).
For more information and contact details, please visit:
🔗 Tutoring for Enrolled Students
🔗 SINAPSI Centre
Career orientation and job placement
The programme also organises career orientation and job placement activities in collaboration with the Department, PBSS, and the University of Naples Federico II.
A list of internship opportunities and job offers for graduates is available at:
Additionally, the PBSS manages a dynamic job placement platform at:
🔗 https://jobserviceunina.it/it/
This platform is designed to connect students and graduates with companies, facilitating the matching of supply and demand in the job market.
The programme also takes part in “Career Day@SPSB”, where students and graduates can explore company profiles, sectors of activity, and available job positions. Periodic events dedicated to soft skills training are also organised.
The event calendar is available at:
Enrollment to Mathematical Engineering is usually possible from 16 July until 31 October. Get all information at the link:
https://www.unina.it/didattica/sportello-studenti/guide-dello-studente
http://www.international.unina.it/admission-regulation/
Further information can be found on the MSc website: https://www.mathematical-engineering.unina.it/
Academic calendar and exams timetable are available at the link
https://www.mathematical-engineering.unina.it/index.php/academic-calendar/
https://www.mathematical-engineering.unina.it/index.php/exam-timetables-and-graduation-dates/
Course Timetable
Course timetable is available to the link: https://www.mathematical-engineering.unina.it/index.php/lectures-timetable/
Representative of the student body: Stefano Pastore; stefano.pastore@studenti.unina.it
Student Administration Office: Dott. Ing. Claudio Roberti
Site: https://goo.gl/maps/fP6aYXeS7yh3zC3U7
Department of Mathematics and Applications “R. Caccioppoli”
Complesso Universitario di Monte S. Angelo, Building 5A – Via Cintia, 80126 Naples, Italy
Degree programme website: https://www.mathematical-engineering.unina.it/
Department website: http://www.matematica.unina.it
School website: http://www.scuolapsb.unina.it
University website: http://www.unina.it/home, http://www.international.unina.it,
Orientation website https://jobserviceunina.it/it/ , http://www.orientamento.unina.it
Social networks:
Facebook:@mathematical.engineering.unina
Instagram: mathematical_engineering
Linkedin: Mathematical Engineering Unina
The names of the holders, the contents, the objectives, the methods of carrying out and verifying each individual course are detailed by the individual departments of reference:
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