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Mechanical Engineering
Bachelor Degree
The Mechanical Engineering course aims at training professionals with strong scientific and technical bases necessary to face the responsibilities in the typical industrial jobs. The degree course develops and strengthens critical knowledge and skills to develop basic and specific competencies of various industrial and manufacturing sectors. The main feature of the graduate in mechanical engineering is the ability to understand, analyze and test machines and mechanical systems, to design mechanical systems based on conventional technologies, to test and monitor mechanical devices and to superintend the installation and maintenance of systems and industrial plants. The graduate in mechanical is also able to organize and manage the production of industrial products and to organize their sale, distribution and service. Graduates will possess the following general competencies: adequate knowledge of methodological and operational aspects of mathematics and basic sciences (physics and chemistry) necessary to interpret the typical phenomena of mechanical engineering; good knowledge of the sciences of engineering in order to identify, formulate and solve general technical problems; ability to use the modern methods and tools of analysis including those provided by the information technology.
Master Degree
Master of Science in Mechanical Engineering (CLMIM) aims at training professionals characterized by a high degree of technical skills and up to date knowledge in specific areas of interest for the industrial world. The training activities include consolidation and completion of scientific preparation and the deepening of specific technical topics. The CLMIM is organized to give the students a solid preparation of the basic disciplines and updated competences necessary to operate in engineering industry such as: analysis, design, production and material selections. The increasing level of competitiveness requires to improve the performance of the existing products and to reduce the time to market, the production costs, the energy consumption and the environmental impact. This requires the work of highly qualified professionals, such as those trained by the CLMIM, who have the skills to deal with complex technical problems of high complexity and requiring the application of innovative solutions. These skills include the use of modern and computer aided techniques for the analysis and the design of components, for the control and the management of plants and processes and for the conduction of tests and experiments.