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Broaden Your Skills
The principal objective of the FEM Master program is to improve CAE knowledge, not only among recently graduated engineers and scientists, but also among experienced professionals who want to broaden their skills in simulation and analysis. The program addresses the growing demand of training in CAE technology through an adaptive educational program and distance program which allows students to achieve three different levels of expertise: CAE Expert, Specialist and Master. The program is oriented towards a rapid adoption of the "lessons learned" in professional life, using the most advanced CAE tools available on the market for practical lessons. Students have access to the UNED's modern e-learning infrastructure, including virtual classrooms, forums, video conferencing and local language tutorials, with fast and flexible support
The FEM Master program has a mechanical engineering and a civil engineering branch which share common lectures on FEM theory and material behavior. Best practices in mechanics are taught using Patran and MSC Nastran, which students can install on their personal computer as student versions. Civil engineers work with CivilFEM, a home grown CAE application for construction which Ingeciber plans to migrate to the MSC Softwares' Marc solver in the near future.
"Industrial products and public infrastructures are becoming increasingly complex," explains Kais Bouchiba, Senior Vice President Sales EMEA at MSC Software. "CAE technology is vital to be able to predict their behavior, evaluate possible alternatives and optimize their functionality in early stages of development. For this reason, mechanical and civil engineers need to know more about the finite element method and its application on different types of analysis. MSC Software not only provides the necessary CAE tools but also supports the joint efforts of UNED and Ingeciber to bring these tools closer to the engineering communities."
Course Structure
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