MASTER IN 3D PRINTINGAND ADVANCED

MANUFACTURING

M I F A

Leading institution in the teaching of technical disciplines, it

bases its training proposal on an innovative and methodology,

100% practical adjusted to the evolution of technologies and

the current professional context.

EDDM Training is a school whose mission is the superior training of engineers

and technicians, turning them into qualified professionals with projection in

the field of engineering and technology.

Founded by professionals with extensive experience in aerospace engineering

and in the field of additive manufacturing and professional 3D printing, it has in

the development of its training program, the collaboration of important compa-

nies in the sector and public institutions such as the Aeronautical Cluster of

Madrid, the Madri+d Foundation and the Spanish Association of Additive

Manufacturing Technologies and 3D (ADDIMAT).

Since 2013 EDDM Training is committed to additive manufacturing and profes-

sional 3D printing as a technology of the future, providing professional 3D

printing modules in its MASTER'S DEGREE IN AERONAUTICAL MECHANICAL

DESIGN and developing PROFESSIONAL COURSES IN ADITIVE ENGINEE-

RING, CPIA, an executive training dedicated to business professionals.

EDDM works in real professional 3D printing projects, from the EDDM Solutions

division, providing additive engineering solutions to its clients and leading R&D

projects in the area of additive manufacturing. This knowledge is fed back into EDDM

Training providing a professional technical level to their training, and thus teaching

their students to face the real demands of the sector.

EDDM TRAINING

The MASTER IN 3D PRINTING AND ADVANCED MANUFACTURING, MIFA,

allows students to train with an innovative and practical methodology, in the

discipline of 3D PRINTING, putting at their disposal the best technical equip-

ment and with an expert teaching team in the area.

The execution of the design and manufacturing with the maximum technical

rigor, is the base that turns the students into professionals valued in the sector.

Therefore, the Master MIFA is the best training option for technical and passio-

nate profiles of technology, with or without experience, who wish to guide their

professional development and position themselves as experts in the key techno-

logy of the revolution of the future.

UNRIVALED TRAININGPROGRAMME

The MIFA is much more than a 3D printing course. Its training contents are focused on manufactu-ring and additive engineering at a profes-

EXPERT TEACHINGTEAM

Professionals of recognized prestige in the additive manufacturing field, who lead the advancement of this young technology of the future.

3D PRINTINGSOFTWARE AND

EQUIPMENT

The only training that has advanced equipment of filament fusion, stereolitho-graphy and laser sintering at the complete disposal of the students.

HIGHEMPLOYABILITY

MIFA provides its students with a differential position in a sector with demanding requirements and a complete absence of specialized training.

THE FIRST MASTERS DEGREE IN 3D PRINTING.

MASTER IN 3D PRINTING AND ADVANCED MANUFACTURING

M I FA

600 HOURS / 8 MONTHSIN-CLASS

DURATION

8 months / 600 hours with 75% case studies

SCHEDULE

October to JuneMonday to Thursday9:30 am - 2:00 pm

MIFA PROGRAMME

PROFESSIONAL DESIGN ORIENTED TO 3D PRINTING

Training in mechanical design focused on 3D printing through professional softwa-re and specific technology.

› Design of parts, assemblies and plans› Surface Design› Product configuration. Use of PLMs› Mallas poligonales. Formato STL y alternativos› Slicing software Design of light structures› 3D scanning technologies. Reverse engineering› Introduction to the medical sector › Surgical planning › 3D models of medical tests. DICOM › Biomechanics. Biomodels

01

STRUCTURAL ANALYISIS ORIENTED TO 3D

Analysis of the specific methodology to guarantee the structural integrity of the pieces.

› General criteria of structural analysis› Finite element methods using CATIA. Case Study› Topology optimization› Tests of Additive Manufacturing polymers

02

ADVANCED MANUFACTURING AND INDUSTRY 4.0

A module dedicated to the latest technologies and industry 4.0 to antici-pate and lead the future.

› Supply chain in 3D Printing› Digital Twin› Guided activities with virtual models› Artificial Intelligence and Visión › Lean Manufacturing› Virtual and Augmented RealityI› nternet of things IOT› Autonomous Vehicles› Drones› Big Data

05

CASE STUDIES

Multitude of practical cases that include the design, calculation, manufacture and testing of parts with compliance with specific requirements.

› Applications of technologies on FDM, SLA, SLS, SLM and scanning: › Aerospace and Defence sector › Jigs and tools sector › Biomedical sector › Automotive sector› Final Project

06

3D PRINTINGTECHNOLOGIES

Content focused on the understanding of the characteristics of the main technologies of additive manufacturing to guarantee its correct application.

› Traditional manufacturing processes› History and background of Additive Manufacturing› Fused Deposition Modelling (FDM) o Fused Filament Fabrication (FFF)› Stereolithogaphy (SLA)› Selective Laser Sintering (SLS)› Polyjet /Multijet› HP Multi Jet Fusion technology› Selective Laser Melting (SLM)› Electron Beam Melting (EBM)› Laser Cladding› Bioimpresión› Nuevas tecnologías de Impresión 3D

03

3D PRINTING MATERIALS

Analysis of the new materials demanded by this technology and the key to face the challenges that arise.

› Polymeric materials for FDM› Polymeric materials for SLA› Polymeric materials for SLS› Metallic materials for additive manufacturing› Bioprinting materials and processes› Materiales y procesos de bioimpresión

04

Consult the full programme at eddm.es

IN CLASS CASE STUDIES

FILAMENT FUSION (FDM /FFF)

Technology in which a molten filament is deposited layer by layer through one or more nozzles.

› Establish the bases of additive manufacturing: orienta-tions in manufacturing, process strategies and supports.

› Carry out structural tests of specimens manufactured in class, to work with technical rigor through admissible design.

› Work on the design, calculation and manufacture of parts complying with the established requirements, with the aim of obtaining functional models.

› All the pieces will be finished by the different applica-ble methods: abrasives, chemical attacks, thermal etc.

Zortrax M200

STEREOLITHOGRAPHY

Technology which solidifies a liquid photosensitive resin point to point by means of a laser beam.

› Design, manufacture and validation of various models to understand the differential characteristics of stereolithography.

› Perform the design of a sensorized competition model for wind tunnel. Manufacturing and postprocess suitable for subsequent testing.

› Design, calculation and manufacture of molds for injection.

› Eqquiped parts with standards.

› Assembly process.

Formlabs Form 2

CASE STUDIES

CASE STUDIES

IN CLASS CASE STUDIES

SELECTIVE LASER SINTERING (SLS)

Technology in which powder material is melted point to point by means of a laser beam.

CASE STUDIES

› Design, manufacture and validation of various models to understand the differential characteristics of selective laser sintering.

› Design of functional sets using the one-shot technique, establishing precisely the clearances and appropriate adjustments.

› Work on the design, calculation and manufacture of parts fulfilling the established requirements, with the aim of obtaining functional models.

Sense Escaneado 3D

Sintratec KIT

3D SCANNING

Technology that allows the procurement of 3D models from the digitization of real pieces, obtaining clouds of points and triangulations of meshes.

› Digitization of parts that are out of service by failure.

› Redesign oriented to a better performance of the piece, proposing corrective solutions for the problems that have caused the failure during the service.

› Editing and rebuilding the clound of points and the mesh.

› Analysis and certification of new solutions.

› Manufacture of the new part and commissioning.

CASE STUDIES

ALFONSO DENIA ALONSO

Master Director in Aeronautical Mechanical Design, MEDMA.Director EDDM Training & Solutions

SANTIAGO MARTÍN IGLESIASHead of Additive Engeneering and Prototipes of the General Subdirection of Space Systems in INTA and Responsible for training in Additive Manufacturing in EDDM Training

ANTONIO GARCÍA GARCÍA

Head of Technology of Fabrication Unit PRODINTEC Foundation

FERNANDO CABRERIZO GARCÍA

Head of Head of Composites MechanicalBehavior. National Institute of Aerospace Technology INTA

ELOY TEMBRÁS FRANCO

Application Engineer Manager, specialist in topologic optimization.ALTAIR

IGNACIO ZAMORA

Head of Engineering.RAMEM

MARÍA TERESA PÉREZ PRADO

Deputy Director and Senior Reasercher.IMDEA Materials

PETRONILO MARTÍN IGLESIAS

RF EngineerESA European Space Agency

ÍÑIGO BERETÉRBIDE

Head of Additive Manufacturing Products RENISHAW

IAN QUINTANA

Design Engineer.Airbus Defence and Space

JUAN RODRIGUEZ

Head Scientist. CSIC Institute of Science and Technology of Polymers

THIBAUT MATHIEU

Sales Manager South-West Europe. STRATASYS

JAUME HOMS

Iberia 3D Printing Sales Manager. HP

JUAN CARLOS PLAZA

Design Engineer. ISDEFE

All members of the MIFA teaching team have extensive experience, and currently occupy positions in relevant companies in the sector.

TEACHING STAFF

MASTER DIRECTOR

"The MIFA is the most ambitious training in the professional field of 3D printing. It is the only training in which from the first day students use FDM, SLA and SLS techno-logies, manufacturing functional parts, designed and calculated with technical rigor to meet the product specifications of the aeronautical sector, automotive, consumer or any other industry."

See the complete teacher list at eddm.eshttps://eddm.es/master-impresion-3d-fabricacion-avanzada/

SANTIAGO MARTÍN IGLESIAS Head of Additive Engeneering and Prototipes of the General Subdirection of Space Systems in INTA and Responsible for training in Additive Manufacturing in EDDM Training

Plaza Carlos Trías Bertrán 4,

28020 Madrid, España

+34 91 491 2868

info@eddm.es

eddm.es

T R A I N I N G P R O G R A M M E S

M A S T E R S

Master in Aeronautical Mechanical Design MEDMA

Master in Aeroespace Structural Analysis MECEA

Master in 3D Printing and Advanced Manufacturing MIFA

A D VA N C E D C O U R S E S

Professional Course in 3D Printing

Expert Course in Product Design for 3D Printing

Expert Course in Structural Analysis for 3D Printing

Expert Course in Metal 3D Printing

Expert Course in Biomedical 3D Printing

C O U R S E S & W O R K S H O P S

3D Printing COurse

Build and Configure a 3D Printer Workshop

I N C O M PA N Y

Professional Course in Additive Engineering CPIA

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