ACM Broschuere 2013

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Master of Engineering

Applied Computational

Mechanics

2013


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www.esocaet.com

Schnelle Information per Webinar

In unseren kostenlosen Info-Webinaren informieren

wir Sie in einer Stunde zu den Inhalten des Studiums

und allen organisatorischen Belangen. Die kompakten

Veranstaltung werden online ber das ganze Jahr an-

geboten.

Termine und Mglichkeit

zur Anmeldung finden Sie unter

www.esocaet.com/webinar-acm

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Auf unseren Informationsveranstaltungen knnen Sie

uns persnlich und den Studiengang inhaltlich und

konzeptionell besser kennen lernen. Sie erfahren mehrber den Ablauf des Studiums, knpfen Kontakte mit

Teilnehmern und klren Ihre Fragen direkt mit den Stu-

diengangleitern und den Organisatoren.

Die nchsten Termine

Freitag, 25. Januar 2013

an der Hochschule Landshut

Freitag, 19. April 2013

an der Hochschule Ingolstadt

www.esocaet.com/info-acm


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www.esocaet.com 01

Wissen und Kompetenz sind die Basis Ihres Erfolgs. Le-

benslanges Lernen hilft Ihnen, neue Technologien und

Methoden zu erschlieen und anzuwenden. Ihr Innova-

tionsvermgen bleibt im Einklang mit dem hohen Tem-

po in der Produktentwicklung. Unser Studiengang legt

den Schwerpunkt auf Computer Aided Engineering und

vermittelt Ihnen wichtige Grundlagen verbunden mit

aktuellem Fachwissen. Alle Inhalte sind stark praxisbe-

zogen ausgerichtet und werden berufsbegleitend ange-

boten. Damit knnen Sie von Anfang an das Gelernte in

Ihrem Berufsalltag umsetzen. Ihre erweiterte und ver-

besserte Methodenkompetenz ermglicht es Ihnen un-

mittelbar, ein breites Spektrum von Problemstellungen

in krzerer Zeit zu bearbeiten.

Knowledge and competence are the essentials of your

success. Lifelong learning enables you to access andapply new technologies and methods. It keeps your per-

sonal innovative potential in par with the rapid pace of

modern product development.

Our master program puts a

strong focus on Computer Aid-

ed Engineering and imparts

relevant basics as well as up-

to-date expert knowledge. Its

content is strongly related to

practice and aims at working

professionals. You can apply

your acquired know-how to your

working routine right from the

beginning. Thus, an extended

and enhanced method competence enables you imme-

diately to tackle a wide variety of problems in a short-

er time.

Technologien des Computer Aided Engineering (CAE)

tragen heute in vielen Branchen entscheidend zu Ver-

krzung und Optimierung von Produktentwicklungs-prozessen bei. Berechnungen am Computer ermgli-

chen es Unternehmen, das Verhalten von Bauteilen,

Produkten oder Prozessen unter dem Einfluss verschie-

dener physikalischer Effekte am Bildschirm zu unter-

suchen. Dadurch werden nicht nur eine Vielzahl an

zeitintensiven und teuren Versuchsreihen ohne Quali-

ttsverlust umgangen, sondern auch neue Innovations-

potenziale genutzt.

Today, Computer Aided Engineering (CAE) technolo-

gy contributes decisively to shortening and optimizingproduct development cycles in many fields of industry

and research. Computer aided analysis and simulation

enables companies to assess and test the behavior of

future components, products and processes by sub-

jecting them to a range of computer simulated physical

conditions. This leads to savings in both the time and

money which would have been spent on cost-intensive

test runs, without any loss in quality. Consequently, itopens up new possibilities for innovation.

In Bewegung bleiben Stay in motion


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Das Masterstudium wird von zwei Hochschulen getra-

gen und ber eine Public-Private-Partnership von eso-

caet organisiert. Die Hochschule fr angewandte Wis-

senschaften Ingolstadt befindet sich in der Heimatstadt

von AUDI, die Hochschule fr angewandte Wissen-

schaften Landshut in unmittelbarer Nhe zu BMW. Bei-

de Hochschulen bieten beste Studienbedingungen und

legen einen starken Fokus auf wissenschaftlich basier-

te Anwendung.

Angesiedelt in einer Region mit groer Wirtschaftskraft

und starkem Bezug zur Automobil- und IT-Branche, ko-

operieren beide Hochschulen eng mit der Industrie und

ermglichen ihren Studierenden Zugang zu moderns-

tem Wissen und Technologien. Beide Stdte sowie die

Nhe zu Mnchen erffnen darber hinaus interessan-

te Mglichkeiten der Freizeitgestaltung.

The master program is offered by two universities and

organized by esocaet in a public private partnership.

Ingolstadt University of Applied

Sciences is situated in the home-

town of AUDI; Landshut Univer-

sity of Applied Sciences is closely

located to BMW. Both universi-

ties provide excellent study con-

ditions and put a strong focus on

scientifically based application.

Situated in a region with a large

economic potential and with a

strong relation to automotive

and IT industries, the universi-

ties cooperate intensively with industry and thus give

their students direct access to modern know-how and

technologies. In addition, both cities and nearby Mu-

nich present interesting leisure activities.

In Verbindung Connected

esocaetsteht fr European School of Computer Aided

Engineering Technology. Dies ist ein junger Unterneh-

mensbereich von CADFEM, der sich auf die CAE-Weiter-

bildung unabhngig von Software-Herstellern kon-

zentriert.

Die Entwicklung des Masterstudiengangs wurde durch

die Europische Union gefrdert.

esocaetstands for European School of Computer Aided

Technology, a young CADFEM division that offers life-

long learning in the field of CAE independently from

software manufacturers.

The development of the masters degree course wasfunded by the European Union.


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www.esocaet.com 03

Im Masterstudiengang Applied Computational Mecha-

nics erwerben und vertiefen Sie praxisorientiertes Wis-

sen in allen CAE-Disziplinen. Ingenieurorientierte Ma-

nagementthemen runden das zweijhrige Studium ab.

Der berufsbegleitende Studiengang richtet sich aus-

drcklich an Berufsttige, zum Beispiel an Simulations-

ingenieure, die ihr theoretisches Wissen vertiefen oder

an Konstrukteure und Versuchsingenieure, die sich

fachlich weiterqualifizieren wollen. Sie profitieren da-

bei von komprimierten Prsenzblcken und knnen so

Beruf und Studium miteinander verbinden. Auerdem

haben Sie, im Gegensatz zu reinen Fernstudiengngen,

direkten Kontakt zu Mitstudierenden und Dozenten. Sie

knnen eigene Problemstellungen aus Ihrem Berufsall-

tag in das Studium einbringen und mit Experten disku-

tieren. Unsere Dozenten sind renommierte CAE-Exper-

ten aus Hochschulen und der Industrie.

The master program Applied Computational Mechan-

ics provides you with practice-

oriented know-how in all CAE

disciplines and expands your

already existing knowledge.

Management topics focused on

engineering complete the two-

year course. We offer a study

program exclusively for work-

ing professionals such as sim-

ulation engineers who want to

enlarge their theoretical knowl-

edge, or for design and test en-

gineers who want to further their professional devel-

opment. You receive the benefits of blocked times of

presence and are able to combine both working and

studying. Contrary to courses taught entirely by long

distance, with our program you are in direct contact to

your peers and lecturers. We encourage our students to

discuss problems from their working routine with our

teaching experts. Our lecturers are renowned CAE ex-

perts from both academia and industry.

Erfahrung gewinnen Get experience

Das englischsprachige Lehrangebot zieht Ingenieu-

re aus Europa, Asien und Amerika an. Als Absolvent

des Studiengangs erhalten Sie den international an-

erkannten, akademischen Titel Master of Engineering

(M.Eng.). Der Abschluss wird von den Hochschulen fr

angewandte Wissenschaften Landshut und Ingolstadt

verliehen und erffnet den Zugang zu einer Promotion.

Die offizielle Akkreditierung der deutschen Fachakkre-

ditierungsagentur fr Studiengnge der Ingenieurwis-

senschaften, der Informatik, der Naturwissenschaften

und der Mathematik ASIIN garantiert Ihnen beste Stu-

dienbedingungen. berwacht wird der Masterstudien-

gang zudem von einem Advisory Board, das mit renom-mierten CAE-Experten besetzt ist.

Due to the course being taught in English, the program

attracts engineers from Europe, Asia and the US. Our

graduates receive the internationally acknowledged ac-

ademic title Master of Engineering (M.Eng.) The degree

is jointly awarded by Ingolstadt and Landshut Univer-

sities of Applied Sciences and allows you to pursue a

PhD. An official accreditation by the German accredi-

tation agency ASIIN ensures excellent study conditions.

Additionally, the master program is supervised by anAdvisory Board formed of renowned CAE experts.


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Unsere Studenten profitieren von einer intensiven Lern-

atmosphre, die durch kleine Studiengruppen sicherge-

stellt wird. Whrend des Studiums absolvieren Sie vier

Semester, in denen Sie zehn Module belegen sowie Ihre

Masterarbeit schreiben. Sie erwerben bis zu Ihrem Ab-

schluss 90 Credit Points nach dem Europischen Leis-

tungspunktesystem (ECTS). Das Studium wird privat-

rechtlich angeboten und ist gebhrenfinanziert.

Our students profit from an intensive learning atmos-

phere in small study groups. Your studies take four se-

mesters, during which you will attend ten modules and

write your master thesis. Until graduation you will ac-

quire 90 credit points of the European Credit Point Sys-

tem (ECTS). The program is offered under private law

and subject to tuition fees.

Vorsprung wahren Take a lead

Viele Arbeitgeber unserer Studierenden bernehmen

einen Teil der Studiengebhren suchen Sie dazu das

Gesprch mit Ihrem Unternehmen. In vielen Lndern

knnen Weiterbildungskosten zudem von der Steuer

abgesetzt werden. Dies gilt nicht nur fr die tatschli-

chen Studiengebhren, sondern auch fr andere Kos-

ten, die im Zusammenhang mit dem Studium entste-

hen.

Many of our students employers pay for a part of their

employees tuition please talk to your company to

learn more about its educational funding. Furthermore,

in some countries further education costs are tax de-

ductible. This covers not only tuition fees but also trav-

elling cost, accommodation, and costs for teaching ma-terials.

Fr Bachelorabsolventen, die erste Berufserfahrungen

gesammelt haben, bietet der Studiengang eine exzel-

lente Mglichkeit, ihr Wissen und ihre Karriere weiter-

zuentwickeln.

Our master program offers excellent opportunities for

graduates of Bachelor programs who want to furthertheir knowledge and their career.


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Durchstarten Get started

Fr den Besuch des Studiengangs mssen Sie

folgende Voraussetzungen erfllen:

bDiplomabschluss oder Bachelor mit 210 ECTS im

Bereich der Ingenieur- oder Naturwissenschaften

mit der Gesamtnote gut oder besser*

beinschlgige Berufserfahrung von mindestens

einem Jahr nach Abschluss des Hochschulstudiums

bNachweis englischer Sprachkenntnisse ent-

sprechend dem Sprachniveau B2 des Europischen

Referenzrahmens

Attendance of the master program requires the

following qualifications:

bBachelor degree with 210 ECTS in engineering or

natural sciences with an overall grade of good

or better*

bAt least one year of appropriate professionalexperience following an academic degree

bProficiency in English according to level B2 of the

Common European Reference Frame

Die Bewerbungsphase endet am 15. Juni. Nachdem wir

Ihre Bewerbungsunterlagen erhalten haben, werden

Ihre Qualifikationsvoraussetzungen an der Hochschu-

le Landshut geprft. Nach der Zulassung erhalten Sie

eine Einladung zu einem Interview. Die Teilnahme ist

freiwillig, bietet Ihnen aber die Mglichkeit, Ihren ak-

tuellen Wissensstand besser einzuschtzen und Wis-

senslcken bis zum Studienbeginn aufzuarbeiten. Das

Interviewfindet an einer der beiden Hochschulen statt.

Application deadline is June 15th. After receiving your

application documents, the University of Applied Sci-

ences Landshut will confirm your qualification require-

ments. Subject to admission, you will be invited to at-

tend an interview during which we will assess your

level of knowledge. Attendance to the interview is op-

tional but you will get the chance to learn to know how

you can prepare yourself for the course. The interview

may take place either at Landshut or Ingolstadt Univer-sity of Applied Sciences. For students applying from

outside Europe an alternative may be offered.

Das Studium beginnt im September. Sie lernen in ge-

blockten Prsenzphasen an den beiden Hochschulen.

Auerdem ist zustzliches Selbststudium erforderlich.

Das letzte Semester ist der Master Thesis gewidmet, die

viele Teilnehmer in ihrem Unternehmen bearbeiten.

Ein Thema aus den Forschungsgebieten der Hochschu-

len ist ebenfalls mglich.

Studies start in September. You are attending universi-

ty during blocked times of presence. Further self study

is necessary. The last term is dedicated to the master

thesis. For this, many participants choose a topic from

their everyday work life. Additionally, the universities

provide further topics.

*Ausnahmen siehe / exceptions at www.esocaet.com


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OctoberO tober

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anuarya ar

Monday 5 12 19 26o 2TuesdayT e day 6 13 20 2713 2 2

Wednesday 7 14 21 28edne da 7 14 21 2Thursday 1 15 2 22Friday 2 16 30Frida 2 16 39 233

Saturday 3 17 31Sa urday 3 1 31101 2424

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une

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Wednesday 4 11 18 25edne da 4 11 1 2hursday 5 12 1 2

Friday 6 13 20 27r da 1 2 2

Saturday 7 14 21 28Sa urday 7 14 21 2Sunday 1 8 15 22 2

Julyl

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Den Erfolg planen Plan your success

Der Masterstudiengang richtet sich an ausgebildete In-

genieure und Wissenschaftler, die Verantwortung in

der angewandten Forschung, in der Entwicklung und

im Management bernehmen mchten. Mit einer star-

ken Anwendungsorientierung stattet das Studienpro-

gramm Sie mit der erforderlichen methodenorientierten

Kompetenz im Bereich der Rechner gesttzten Simula-

tionstechniken aus. Im Studienverlauf wenden Sie nu-

merische und experimentelle Simulationswerkzeuge

im Kontext der Produktentwicklung und des Herstel-

lungsprozesses an. Managementthemen und weitere

Komplementrkompetenzen ergnzen das Curriculum.

Damit sind Sie als Absolventen des Studiengangs her-

vorragend dafr qualifiziert, in nationalen oder inter-

nationalen Unternehmen leitende Positionen als Ent-

wickler oder Ingenieur zu bernehmen.

The master program addresses qualified engineers or

scientists wanting to take over responsibility in ap-

plied research, development and management. With a

strong focus on application, the master program pro-

vides its participants with the required method-orient-

ed knowledge in the area of computer based simulation

techniques. During the course of study, numerical and

experimental simulation tools are applied in an envi-

ronment of product development and manufacturing

processes. Management issues and soft skills complete

the curriculum. Consequently, graduates are well quali-

fied to fill positions as senior specialists or leading engi-

neers in national and international enterprises.


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The curriculum is organized into ten modules plus

master thesis and colloquium. Each module consists

of one, two, or three courses. The courses are com-

pulsory with the exeption of the module Advanced

Simulation Techniques, which is basically compul-

sory, but offers a variety of elective courses.

We have designed each module to train you in inter-

disciplinary thinking. Theoretical content will be

supplemented as much as possible by labs, case stud-

ies, and by exercises based on commercial software.

MathematicsA thorough grasp of advanced engineering mathemat-

ics is essential when applying simulation tools success-

fully. This module gives you the required foundation for

any other study content. Furthermore, you will learn

to select and apply adequate optimization methods toproblems like design optimization.

bTensor analysis

bPartial differential equations

bFourier analysis

bProbability analysis

bMathematical optimization

bNumerical stability and convergence

Prof. Dr. rer. nat. Hans von Koch,

Ingolstadt University of Applied Sciences

Prof. Dr. rer. nat. Klaus Schittkowski,University of Bayreuth

Fatigue and Fracture MechanicsFailure of construction parts may result in major dam-

age think of collapsing bridges or train accidents

caused by fractured wheels. Failure avoidance or rec-

ognition and the appraisal of possible impact are more

important than ever to engineers. The module deals ex-

tensively with this topic by investigating and discuss-

ing complex and interdisciplinary problems in the field

of fatigue and fracture mechanics.

bCreep damage

bCyclic behavior of materials

bEffects on fatigue life

bLife time estimation

bCrack propagation

Prof. Dr.-Ing. Christian Kr,


Prof. Dr.-Ing. Michael Vormwald,

Darmstadt University of Technology

Numerical Methods in EngineeringThe master course aims at an advanced understanding

of the most important numerical methods in engineer-

ing applications, such as Finite Difference Method, Fi-

nite Volume Method, Boundary Element Method, and

Finite Element Method. You get to know their typical

fields of application, their performance and their lim-

its, and we take a close look at the Finite Element Meth-

od (FEM). Further topics may be added at participants

request.

bVariational principles and weighted

residual method

bDiscretization methods

bSolving of ordinary differential equations

bNumerical integration

bStress analysis with FEM

bIdealization, modeling, solving, and post- processing

bSelected Topics: Submodeling, mesh-refinement,

convergence, grid free methods, stress

concentrations, superelements

Prof. Dr.-Ing. Rudolf Dallner,


Prof. Dr.-Ing. Detlev Maurer,

Landshut University of Applied Sciences

Solid Mechanics and Heat TransferComplementary to the concepts of numerical methods,

this module provides you with the theoretical basics of

solid mechanics and heat transfer. You are taught how

to reduce complex technical problems to simplified

models with enough validity for the early phase of the

design process, and how to review FEM results. We will

work with you to improve your creativity through the

application of heat transfer principles and help you to

formulate and solve complex heat transfer problems.

bConstitutive equations (Linear elasticity, isotropic

anisotropic, thermoelasticity)

bStress differential equations

bDisplacement differential equations

bEnergy principles

bConduction, convection and heat radiation

bStationary and transient heat transfer

bCoupled thermo-mechanical problems

Dr. Ziemowit Ostrowski,

Technical University of Silesia

Prof. Dr.-Ing. Otto Huber,



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Computational DynamicsIn addition to static strain, construction parts are always

subjected to dynamic strain. When exceeding a negligi-

ble dimension, this has to be taken into consideration

in a numerical analysis. Additionally, in many cases an

in-depth consideration of multi body systems is neces-

sary. The module teaches you how to master theoretical

and practical aspects of structural dynamics and multi

body systems. We will make you familiar with different

experimental techniques and computational methods.

bKinematics and dynamics of rigid and

deformable bodies

bModal synthesis

bTime integration algorithms

bModal, harmonic response and transient analysis

bDamping

bAnalysis of multi-degree-of-freedom systemsbValidation with experiment

Prof. Dr.-Ing. Gerald Sitzmann,


Dr.-Ing. Ulrich Stelzmann,

CADFEM GmbH

Prof. Dr.-Ing. Manuela Waltz,


Dr.-Ing. Jixang Li,

CADFEM GmbH

Nonlinear Computational MechanicsStructural mechanic nonlinearity appears in almost all

simulation models caused for instance by nonlinear

material behavior, large distortion, or nonlinear con-

tacts. Engineers cant always disregard these influenc-

es, and usually they demand a more complex knowl-

edge of methodological basics. The module teaches you

how to formulate the necessary equations for a materi-

al description. You will be able to recognize the reasons

for convergence problems and identify possible ways to

overcome them.

bMaterials and Material Models

bRheology

bLarge deformations

bLarge strains

bTheory of stability

bContact analysis

bNumerical solution procedures

Prof. Dr.-Ing. Armin Fritsch,

Munich University of Applied Sciences

Prof. Dr.-Ing. Wilhelm Rust, University of AppliedSciences and Arts in Hannover

Management of Product Developmentand Manufacturing ProcessesIn this module you acquire a firm comprehension of

processes in modern development and manufacturing

processes. You are taught how to execute CAE methodseffectively and target-oriented. We will give you insight

into networked thinking, organization, and team lead-

ership. Additionally, we will introduce you to customer

relations and train you in explaining technical issues to

third parties. You will understand quality requirements

for numerical analysis applications.

bCollaborative and simultaneous

engineering

bProduct Data Management

bCorporate strategy

bNew product development process

b Innovation managementbQM for CAE processes: Planning, processing,

validation, documentation

bQM in case of collaborative engineering

Dipl.-Ing. Heiko Schler,

CADFEM GmbH



Prof. Dr. rer. pol. Andreas Jattke,


Prof. Dr.-Ing. Claus Knig,Lausitz University of Applied Sciences

Info

Einzelne Module knnen auch von nicht einge-

schriebenen Studenten gebucht werden, die damit

ihr Fachwissen in einzelnen Gebieten vertiefen oder

sich auf den Besuch des Masterstudiums vorbereiten

wollen. Bitte kontaktieren Sie uns fr weitere Infor-

mationen.

Various modules can be booked as standalone units

by guest students who want to either improve their

knowledge in certain subjects or prepare for a future

attendance of the master program. Please contact us

for further information.


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Basics in Multiphysics (CFD/Mechatronics)This module provides you with a solid comprehension

of fluid flow phenomena and helps you to apply CFD to

engineering problems. Additionally, you will have am-ple practical exercise in a wind tunnel. The modules

second part deals with the description and simulation

of mechatronic systems and their components. You will

be mastering the modeling of related coupled systems

as well as the simulation of mechatronic systems dy-

namic operation.

bConservation equations in fluid dynamics

bMultigrid and parallel methods

bSolution techniques for turbulent flows

bFundamentals of electromagnetic field theory

bElectrostatic and magnetic analysis

bMain components of mechatronic systemsbActuators and control aspects

Prof. Dr.-Ing. Sabine Bschorer,


Dr.-Ing. Holger Grotjans,

ANSYS Germany GmbH

Prof. Dr.-Ing. Fritz Prnbacher,


Dr. rer. nat. Martin Hanke,

CADFEM GmbH

Management Skills and ProcessesEngineers involved in development processes impera-

tively need project management skills. With this mod-

ule you will get a solid comprehension of project man-

agement fundamentals, including project planning,

implementation, controlling, time, and resource man-

agement. During project work you get a grasp of team

processes and conflict management and will be trained

to carry out effective team work.

bProject organization

bProject environment

bTeam design

bProject phases

bSuccess factors

bCommunication and conflict management

bApplication of adequate methods



Prof. Dr. rer. nat. Peter Scholz,


Advanced Simulation TechniquesThe large potential of computer aided simulation will

ensure a further growth in its importance. This module

enhances your ability to follow future developments by

using a systematic and thorough research. You learn

how to scientifically prepare information and subse-

quently present and discuss your results. An interest-

ing variety of elective courses offers you the possibility

to further explore hot topics in simulation. We are con-

stantly revising our course catalogue with a view on re-

cent developments.

b Acoustics

b Composites

bCrashworthiness & Occupant Safety

bControl Engineering

bModelling Techniques

bOptimizationbMetal Forming Simulation

Dr.-Ing. Marold Moosrainer,

CADFEM GmbH

Prof. Dr.-Ing. Jrg Wellnitz,


Dipl.-Ing. Paul Du Bois, Consultant

Prof. Dr.-Ing./M.Sc. Wolfgang Krmer,


Dr. rer. nat. Martin Hanke,

CADFEM GmbH Prof. Dr. techn. habil. Christian Bucher,

Vienna University of Technology

Dr.-Ing. Johannes Will,

Dynardo GmbH

Master Thesis and ColloquiumWith your master thesis you prove that you are able to

analyze and solve a complex problem from either ap-

plied sciences or engineering practice on a scientific ba-

sis. You will be guided by two of our lecturers who have

to be chosen according to your thesis subject. Your

company is welcome to become involved by providing

a project to be developed within the thesis. After a six

month writing phase you are required to present your

results concisely and defend them during a colloquium

in a scientific context.


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www.esocaet.com 12

*Ausnahmen siehe / exceptions at www.esocaet.com

Auf einen Blick At a Glance

Name /Name Applied Computational Mechanics

Abschluss / Title Master of Engineering

Studienform / Program structure berufsbegleitend / for working professionals

Zielgruppe / Target group Berechnungsingenieure, Konstrukteure, Versuchsingenieure /

Specialized simulation engineers, designers, test engineers

Ausrichtung / Focus anwendungsorientiert / industry oriented

Kosten / Tuition fees 20.000 Euro, Ratenzahlung / 20,000 Euro, payment by installments

Credits (ECTS) /Dauer / Duration 90 /3 Semester + 6 Monate Masterarbeit / 3 semester + 6 months master thesis

Studienorte / Places of study Landshut University of Applied Sciences, Ingolstadt University of Applied Sciences

Start des Programms / Program start September

jhrlich zugelassene Studierende maximal 20

Students admitted per year maximum 20

Letzter Anmeldetag / Application deadline 15. Juni / June 15th

Hochschulabschluss erforderlich ja (Diplom, Bachelor mit 210 ECTS, BA), Prdikat gut oder besser*

Degree required yes (Diploma, Bachelor, University of Cooperative Education), overall grade good or better*

Minimale Berufserfahrung 1 Jahr Vollzeit nach dem ersten Hochschulabschluss

Required professional experience 1 year fulltime following an academic degree

Englischnachweis / Proficiency in English Niveau B2 des Europischen Referenzrahmens

Level B2 of the Common European Reference Frame

Unterrichtssprache / Teaching language Englisch / English

Struktur / Structure 11 Module / 11 modules

Dozenten aus unterschiedlichen Hochschulen und der Industrie

Lecturers from various universities and industry

Erforderliches Selbststudium rund 10 Stunden pro Woche

Required self-study approximately 10 hours per week

Abschlussarbeit / Final paper Master Thesis with Colloquium

Akkreditiert / Accrediation ja (ASIIN) / yes (ASIIN)


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Kontakt - Contact

CADFEM GmbH

esocaet

Marktplatz 2

85576 Grafing b. Mnchen

Dipl.-Ing. Anja Vogel

Tel +49 - (0) 80 92 - 70 05 - 52

Fax +49 - (0) 80 92 - 70 05 - 5 70

E-Mail [email protected]

www.esocaet.com

Documents

ACM Broschuere 2013