Ingenieur/in - Maschinenbau

The courses take care of the various professional capabilities a mechanical engineer must have, the degree course ensures that graduates have a sound knowledge base for success in a range of mechanical engineering careers the main topic are: Machine design with attention to energy conversions in machines and technological procedures needed Material sciences Geometrical modelling techniques Organization and management of industrial systems

The first level degree course in Mechanical Engineering aims to prepare graduates with a solid knowledge base and skills so to enter the profession with a scientific, economic and technical/applicative perspective in addition to an understanding of mechanical engineering. The degree course provides extensive scientific preparation in mathematics, both from a theoretic and applicative/numerical point of view, plus physics, chemistry, computer science, a mathematical approach to physical phenomena, applications of economy to engineering, as well as the distinguishing courses of mechanical engineering such as those of statics, kinematics, dynamics, applied chemistry, fluid mechanics etc

Thesis work on design and prototyping of a Thruster engine for the company Tech For Sea at the University of Calabria. Design using Solidworks CAD software. Prototypazione using 3D printer EOS FORMIGA P110.
Search for solutions for waterproofing •
Complete study of mini ROVs •
Study of small "brushless" 100% waterproof •
Choice of motor suitable for use •
Propeller calculation •
Study of the products present in the market market •
Benchmarking •
Scoring / screening •
Data analysis •
Mechanical design of engine block, shaft and propeller using SolidWorks software •
Testing of the engine performance using SolidWorks Flow motion software.
Test of resistance of the motor using the SolidWorks Simulation software. •
Sustainability study and material environment protection using SolidWorks software •
Manufacturing all parts using a 3D printer

Preventing mistakes or defects in manufactured products and avoiding problems respecting the customer needs.
Production management: planning and scheduling work of a team in the aim to respect the delivery time. •
Direct contact with customers •
Negotiation of contracts •
Negotiation of delivery deadlines •
Compliance with delivery deadlines •
Management of the personal
Purchase of raw materials: direct contact with suppliers •
Positioning of operators in the right department •
Observance of safety precautions •
Control of operators •
Control of finished products •
Training of operators on beam cutting and shaping machines metallic

Programming and setting of CNC machines Measurement and quality control of final products
Operator on CNC machine MAHO 1000 •
Programming of CNC machines FANUC language •
Quality control of finished parts •
Use of different measurement techniques •
Participation in maintenance of machines •
Respect of technical drawing and tolerances request •
Change of tools •
Maintenance and cleaning of tools

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