23rd SINTERNATIONAL MASTER&IN THEORETICAL PRACTICAL APPLICATION

OF FINITE ELEMENT METHOD AND CAE SIMULATION

The students who choose CivilFEM powered by Marcin the Construction branch

will get special discount in training materials

Masters global partners

Masters Local partners

2017On-Line Masters

Expert ModuleMechanical Branch Construction Branch

Specialized Modules Dynamic Analysis Nonlinear Analysis Heat Transfer Analysis Advanced Steel Structure Analysis Fluid Mechanics Analysis Advanced Concrete Structure Analysis Geotechnical Analysis Electromagnetic Analysis Composite Structures Scientific programming language: Python

Master Module Final Masters Project

Mechanical BranchPatran / MSC NastranANSYS

Construction BranchCivilFEM powered by MarcCivilFEM for ANSYS

Fluid MechanicsCFD ++ANSYS CFDXFlow

ElectromagneticsMaxwell

Since 1993

www.uned.es/mastermef

Fundacin UNED

Software used

CAE Solution LLC

NUMERIA, TS SPA

Yuma Engineering SC.

Laudos, Estudos e Proj.

Cristian Ovalle

Techscience LtD

IMEOH

SimuTek

Promimarlik

Esteq

USA

CHL

MEX

BRA

GTM

GBR

FRA

TUR

TUR

ZAF

ETSII/UNED and Ingeciber began their partnership in 1993 by unifying their wideexperience of using numerical analysis methods in different research areas andengineering applications, with the objective of preparing specialists in the use of theFinite Element Method (FEM) and CAE Simulation for practical professional application.

After 18 editions of the Master's preparing students from Spain, Portugal and SouthAmerica, the Master's started to use English in 2011 and became totally international,reaching students from all around the world.

To reinforce its international presence and to increase the experience accumulated in theuse of FEM in the industry, the Master's agreed a partnership for the tutorships of theapplication and practice software with Engin oft Italy and IDAC UK (now CADFEMSUK).

The Master's also signed international partnerships to promote the course with differentLocal Partners in different countries.

More than 3,300 postgraduates have participated in the Master's, which clearlydemonstrates that the course has obtained wide prestige and recognition over the years.

We hope that you consider undertaking our world class Master's Degree course andachieve your full potential.

Introduction

UNED UniversityLibrary

EXPERT MODULE (30 ECTS.)

SPECIALIZED MODULES (10 ECTS. by module)

Course Structure

A.1 A.2

B.1 B.2

C.1 C.2

E.1 E.2

F.1 F.2

H.1 H.2

I.1 I.2

J.1 J.2

K.1

L.1

K.2

L.2

A.3

B.3

C.3

E.3

F.3

H.3

I.3

J.3

K.3

L.3

FOUNDATION (4 ECTS)

FEM theory applied toDynamic Analysis

of Structures

FEM theory applied toNon-linear Analysis of

Structures

FEM theory applied toHeat Transfer

FEM theory applied toAdvanced Steel Structures

Analysis

FEM theory applied toFluid Mechanics

FEM theory applied toAdvanced ConcreteStructures Analysis

FEM theory applied toGeotechnics

FEM theory applied to LowFrequency Electromagnetic

Analysis

Finite Element Analysis ofComposite Structures

Finite Element Analysis ofComposite Structures

Basics of Python

Introduction to DynamicAnalysis with practical

software

Introduction to Non-linearAnalysis with practical

software

Introduction to HeatTransfer Analysis with

practical software

Introduction to SteelStructures Analysis with

practical software

Introduction to FluidMechanics Analysis with

practical software

Introduction to ConcreteStructures Analysis with

practical software

Introduction toGeotechnical Analysis with

practical software

Introduction toLFE Analysis with

MAXWELL software

Introduction toComposite Structures with

practical software

Introduction toPython language:

Applications

APPLICATION (4 ECTS)

Dynamic AnalysisPractice Problems

Non-linearPractice Problems

Heat transferPractice Problems

Steel structuresPractice Problems

Fluid MechanicsPractice Problems

Concrete StructuresPractice Problems

GeotechnicalPractice Problems

MAXWELLPractice Problems

Composite StructuresPractice Problems

Python languagePractice Problems

PRACTICE (2 ECTS)

Module A

Module B

Module C

Module E

Module F

Module H

Module I

Module J

Module K

Module L

AF.1 AP.1

AP.2

AP.2AP.3

AP.3

AP.1

AF.2

AF.3

AF.4

MechanicalBranch

ConstructionBranch

FOUNDATION

FEM GeneralTheory (6 ECTS)

MaterialConstitutiveLaws (4 ECTS)

NumericalCalculation (4 ECTS)

FEM Introductionto Programming

(3 ECTS)

Mechanical FEMsoftware: practical uses

(4 ECTS)

PRACTICE

Construction FEMsoftware: practical uses

(4 ECTS)

Introduction to theuse of practical FEMsoftware Part 1 (5 ECTS)

Introduction to theuse of practical FEMsoftware Part 1 (5 ECTS)

Introduction to theuse of practical FEMsoftware Part 2 (4 ECTS)

Introduction to theuse of practical FEMsoftware Part 2 (4 ECTS)

APPLICATION

The Master's degree is matched with an internationally approved credit point system (ECTS).The program has a total of 70 credits.

Mechanical: Expert Mechanical branch and A, B, C, F , J, K and L modules* Structural: Expert Construction branch and A, B and E modules Construction: Expert Construction branch and A, B, E, H, I and L module*

*Three modules must be choosen to complete the Specialized Modules Group for the Master Degree.

Specialized Modules Groups for Master Degree

Expert in theoretical and practical application of finite element method(Students must take Expert Module)

Specialist in theoretical and practical application of finite element method and simulationCAE(Students must take the Expert Module and one Specialized Module)

Masters in theoretical and practical application of finite element method and simulationCAE(Students must take the Expert Module, one of the Specialized Modules Group and the Final Master Project)

Two diplomas are issued by of Spain and INGECIBER S.A. This Master Programme is forUNED UNIVERSITYuniversity postgraduates only, applicant students require at least a bachelor degree to join in.

Degrees

The multi-dimensional curriculum is aimed not just at acquiring knowledge but atdeveloping critical thinking and analytical ability and facilitating research at everystage of the course.

1. provides key understanding of the and generalExpert Module: FEMapplication, in order to have a solid foundation to further develop at moreadvanced levels.

2. provide a huge range of possibilities for in-depth analysisSpecialized Modules:of different areas through theoretical and practical knowledge: Dynamic,Non-Linear, Heat Transfer, Fluid Mechanics, Steel Structures, Advanced Concreteanalysis, Geotechnics, Electromagnetic, Composites and Programming language.

3. The course offers (Expert, Specialist andthree different degree optionsMasters) to pursue your training through core and elective subjects.

4. A (Englishwide range of texts and yearly updated practical exerciseslanguage) provide complete studying material. (Foundation subjects available inSpanish too)

5. Application and practical learning is acomplished by using advancedProfesional Software : Patran/ Nastran, ANSYS, Civil powered by Marc,MSC FEMCivilFEM for ANSYS, CFD X++, ANSYS CFD, Flow and Maxwell (under EducationalLicenses).

6. The course uses the following tools: on-line virtual classrooms, on-linemeetings, technical forums, e-mail, on-line additional support material, etc.

Course Content

Students who take Mechanical Branch in the Expert Module, use /PATRANMSC NASTRAN or ANSYS software in the following specialized modules:Dynamic, Non-Linear, Heat Transfer and Composite Structures; ++ or ANSYS CFDCFDand XFlow software in Fluid Mechanics Specialized Module; and Maxwell forElectromagnetics Specialized Module.

Students who take Construction Branch in the Expert module, use Civil powered byFEMMarc or CivilFEM for ANSYS software in the following specialized modules:Dynamic, Non-Linear, Steel Structure, Advanced Concrete and Geotechnics.

Route

Base Texts: Designed, updated and structured specifically for the Masters course.

Software: Students will use educational licenses of the application and practicesoftware.

Virtual Classrooms: Students can interact with fellow students, professors, tutors anddownload course material and upload course work and exams.

Tutors: Experts in all of the different areas are available to guide and assist studentsthroughout the course.

Continuous Assessment Exercises ( ):CAEs Students must complete continuousassessment work (exercises) and upload them at the .VC

Exams: All exams must be completed on-line.

Specific Sessions: Masters opening session, On-line meetings, others.

Methodology

PATRAN NASTRAN CFD, , ANSYS, Marc, ++, ANSYS CFD, Xflow, CivilFEM and Maxwell are registered trademarksof their corresponding manufacturers

DirectorP UNEDrofessor Juan Jos Benito Muoz. School of Industrial Engineers, University.

Deputy directorsMr. Miguel Angel Moreno Fdez, de Yepes, CEO, Ingeciber, S.A.Mr. Ambrosio Baos Abascal. Head of Engineering Department, Ingeciber, S.A

Theoreti