Link utili

Scuola Politecnica e delle Scienze di Basewww.scuolapsb.unina.itDepartment of Mathematics and Applications “Renato Caccioppoli”www.matematica.unina.itMaster of Science Mathematical Engineeringwww.mathematical-engineering.unina.itFacebook page: Mathematical Engineering - UninaEmail: mathematical.engineering@unina.itTel: +39 081 675679

Staff OrientationProf. Gennaro Coppola (DII)gennaro.coppola@unina.itProf. Salvatore Cuomo (DMA)salvatore.cuomo@unina.itProf. Mario Di Bernardo (DIETI)mario.dibernardo@unina.itProf. Maurizio Gentile (DMA) m.gentile@unina.it

Prof. Francesco Greco (DICMAPI)francesco.greco@unina.itProf.ssa Anna Mercaldo (DMA)anna.mercaldo@unina.itProf.ssa Tiziana Pacelli (DMA)tiziana.pacelli@unina.itProf. Claudio Serpico (DIETI)claudio.serpico@unina.it

WHY TO APPLY

Do you enjoy mathematics and feel that you would like to use it to solve important real world problems of direct engineering, scientific or industrial relevance? In recent years there has been an extraordinary growth in the application of mathematics to these fields as well as to information technology, management and finance. Engineering is the art of creating and improving our environment. It involves planning, design, construction, quality assessment and control. None of these would be possible without mathematics. Engineering mathematics is at the core of all branches of engineering, from aerospace engineering to electronics and from mechanical engineering to computer science. As engineering evolves and develops, mathematics forms the common foundation of all new disciplines. Double Degree Master Program with University di Augsburg (Germany), Rouen (France), Seville (Spain), Tomsk (Russia) and “Doppie Lauree Magistrali Interne” with Automation Engineering, Chemical Engineering, Environmental and Land Engineering, Mathematic are available.

Coordinator of StudiesProf.ssa Anna Mercaldomercaldo@unina.it

MASTER OF SCIENCE

MathematicalEngineering

2019|20

COLLEGIODEGLI STUDI DISCIENZE

DEGREE PROGRAMM EMPLOYABILITYAIMS

FIRST YEAR CFUReal and Functional Analysis 9Mathematical Physics Models 9 Numerical Methods 9Nonlinear Systems 6Thermodynamical and Transport Phenome 9MATH Elective Course* 6Elective Course*** 6 SECOND YEAR Computational Fluid Dynamics 9 Electrodynamics 9ENG Elective Course** 6Elective Course*** 6Elective courses chosen by student 12Further Knowledge 3Master Thesis 21

*MATH Elective CourseGeometric Structures and TopologyMathematical Methods for EngineeringCalculus of VariationsPartial Differential EquationsAdvanced Applied Engineering MathematicsDiscrete MathematicsStochastic ProcessesDifferential GeometryOperational ResearchAlgebraic Structures and Advanced Linear AlgebraMathematics for CryptographyComputational Complexity

**ENG Elective CourseOptoelectronicsElectromagnetic FieldsAlgorithms and Parallel ComputingInformation TheorySystems IdentificationMechanical VibrationsHeat transferElectromagnetic fieldsAnalysis and Control of Complexs systemsNonlinear Dynamics and controlFluid MechanicsTheory of Elasticity

***Elective CoursesChemical process analysis and simulationSignals TheoryEconomic TheoryStatistical Quality ControlModern PhysicsSolid State Physics

What is the MSc in Mathematical Engineering? 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 for engineers to become experts in Advanced Applied Mathematics.

Engineering Mathematics graduates are superbly employable. They have 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 numerate graduates who can apply mathematics in practical situations. Engineering Mathematics graduates are called on •to use their logical skills to formulate a problem; •their modelling skills to translate the problem into mathematical terms; •their technical skills to write a computer program; •their mathematical understanding to question and interpret the results; and •their knowledge of engineering to implement the solution.

Our students have the opportunity to continue directly into in PhD programs and various Research Centers.They are also involved in “Doppie Lauree Magistrali Interne” with MSc in Mathematics

CONTINUING YOUR STUDIES

LOCATIONDepartment of Mathematics and Applications “R. Caccioppoli” Complesso Universitario di Monte S.Angelo, Edificio 5A

ADMISSIONS

•Bachelor Degree in Engineering, Physics, Mathematics or equivalent degrees.•English level B2