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2nd level Specializing Master in
ADDITIVE MANUFACTURINGTEACHING
HomeCourse CatalogOfferingSp. Master2nd level Specializing Master in Additive Manufacturing (2015 - 2016)
Introduction
Tuition fees
Requirements
Application deadline and documentation required
Application procedures
Selection process
Partner companies and Hiring opportunity
Description of the educational training
Design for Additive Manufacturing
Materials for Additive Manufacturing
Additive Manufacturing systems
Advanced sensors for the control of Additive Manufacturing systems
Integration of Additive Manufacturing technologies with conventional processes for parts’ finishing
Systems for the evaluation of products made using Additive Manufacturing
Production management in Additive Manufacturing systems
Supply chain management in Additive Manufacturing systems
ICT platforms for facilitating the integration of Additive Manufacturing in traditional manufacturing processes
Managerial training processes
Selection outcomes
Selection outcomes GE Avio
Selection outcomes RIDIX
Design for Additive Manufacturing
Duration: 74 hours (64+10)
Location: POLITECNICO DI TORINO – PARTNER COMPANIES
The aim of this module is to illustrate the advantages of additive manufacturing techniques in order to fabricate complex geometry with the objective to maximize part performance.
Location: POLITECNICO DI TORINO – PARTNER COMPANIES
The aim of this module is to illustrate the advantages of additive manufacturing techniques in order to fabricate complex geometry with the objective to maximize part performance.
To understand what are the advantages
of additive technologies, in particular in terms of freedom of design,
components specifically designed for additive manufacturing will be studied and
compared with analogous ones designed and manufactured with conventional
technologies.
Basing on this analysis, design for additive manufacturing (DFAM) guidelines will be
explained and discussed in details.
This analysis will
take into account the specific requirements depending on different technologies
and materials (plastics or metals). Moreover, the topological optimization
approach will be discussed, highlighting the importance of this innovative
method for the (re)design for additive manufacturing.