DUETI GMP

2015-2016

Fiches de formation

CE DOCUMENT N’EST PAS CONTRACTUEL Les conditions (financières notamment, mais aussi les conditions

d’inscription) ainsi que les programmes peuvent être changés à tout

moment par les universités.

Hochschule Heilbronn

Heilbronn

www.fh-heilbronn.de

Domaine disciplinaire moveon

Code Erasmus : D HEILBRO01

ALLEMAGNE

Accord Erasmus : 1 place GMP - pas de frais d’inscription dans l’université d’accueil mais frais d’inscription au DUETI

Diplôme de l’université d’accueil : non

Dates de la formation : Début septembre à fin juin

Cours d’allemand facultatif : 3 semaines en septembre (350 €)

Logement : Possible en résidence (150 à 250 € / mois) Logement universitaire pas garanti

Programme

60 ECTS from the following Bachelors :

Faculty for Mechanics and Electronics

- Mechatronics and Micro Electro

Mechanic Systems

- Automotive Systems Engineering

- Mechanical Engineering

1st semester (semester 5) :

Practical Training – 30 ECTS

2nd semester (semester 6) :

Mechatronics and Micro Electro

Mechanic Systems

Extension : Mechatronics

Applied Mechatronics, Laboratories

Selected Chapters of Mechatronics

&Micro Electro-Mechanical Systems

Technical Management

Team Management & Ethics

Automotive Systems Engineering

Techical Systems

Extension : Electronic Systems

Extension : Mechanical Systems

Communication, Team Management

Mechanical Engineering

Project Fluid Engineering

Elective Subjects

Specialization 2 + 3

Law, Business

General Qualification

University of South Australia (UNISA) Adélaïde

AUSTRALIE

www.unisa.edu.au

Accord bilatéral : places illimitées - payant : AU$ 26 250 (environ 17 870 €) +

frais d’inscription au DUETI Diplôme de l’université d’accueil : non

Les étudiants GMP ne peuvent pas obtenir le Bachelor of Engineering en 1 an (durée du Bachelor of Engineering 4 ans en Australie), mais ils peuvent suivre les cours de la 3ème année dans le cadre du Study Abroad (dans ce cas le diplôme australien n'est pas délivré) ou rester en Australie 2 ans afin d'obtenir le Bachelor (4ème année du Bachelor hors DUETI et sans bourse française).

Dates de la formation : mi-juillet à fin juin

Diplôme Préparé : Bachelor of Engineering (Mechanical)

Programme : 3rd year :

Design for Manufacture and Assembly

Energy Conversion and Management

Project Planning and Control

Computer Aided Engineering Practice

Design in Plastics and Advanced Composites

Engineering Maintenance

Operations Management for Engineers

Fluid and Energy Management Practice

Students are required to select a plan specialisation aligned with

their project

4th year :

Vehicle Emission, Control and Strategy

Intelligent Manufacturing Systems

Mechanical Engineering Project 1

Sustainable Development and Design Practice

Mechanical Systems Design

Mechanical Engineering Project 2

Dates de la formation : Study Period 2 (SP2) Feb to June

Study Period 5 (SP5) July to Nov

Sur place : Aide de la part de Boomerang Australia

Logement : Résidence universitaire possible (chambre dans F5 meublé) pour

env. 140 $ australien / semaine (env. 100€* / semaine)

Logement privé facile à trouver

Niveau d’Anglais : Un minimum de 213 au TOEFL Computer Based (79 Internet –

Based) est requis sans possibilité de dérogation.

Inscription : Inscription en mars après passage du TOEFL

Ceci suppose que la préparation au TOEFL et l’inscription à

l’examen aient été faites tôt dans l’année

Coût scolarité : Université : 23 500 $ australiens (16 450€*)

Manuels scolaires : 200 $ australiens (140 €*)

Travail : Il est très facile de trouver des jobs correctement rémunérés.

Universidad de Cantabria ESPAGNE

Santander www.unican.es

Domaine disciplinaire moveon : 071 (52) – Ingénierie et métiers d’ingénierie

Code Erasmus : E SANTAND01

Accord Erasmus : 3 places – pas de frais d’inscription dans l’université d’accueil mais frais d’inscription au DUETI

Diplôme de l’université d’accueil : non

Programme : Degree in Mechanical Engineering

Dates de la formation : mi-septembre à fin juin

Degree in Mechanical Engineering

Acquisition of the capacity to write, sign and develop projects in the field of Mechanical Engineering aimed,

according to the acquired knowledge stipulated in section 5 of order CIN/351/2009 of 9th of February, at the

construction, reform, repair, conservation, demolition, manufacture, installation, mounting or exploitation of:

structures, mechanical equipment, energy installations, industrial installations and facilities, and manufacturing

processes.

Acquisition of the capacity to direct the activities involved in the engineering projects described in the

paragraph above

Acquisition of the knowledge of the basic and technological subject matter that allows students to learn new

methods and theories and endows them with the versatility to adapt to new situations.

Capacity for problem solving through initiative, for decision-making, for creativity, for critical reasoning, and

to communicate and transmit knowledge, abilities and skills in the field of Mechanical Engineering.

Acquisition of the knowledge to carry out measurements, calculations, assessments, evaluations, loss

adjustments, studies, reports, task planning, and other analogous work.

Acquisition of the capacity to handle specifications, regulations and norms of compulsory compliance.

Acquisition of the capacity to analyse and assess the social and environmental impact of technical solutions.

Acquisition of the capacity to apply the principles and methods of quality.

Acquisition of the capacity for organisation and planning in business and other institutions and organisations.

Acquisition of the capacity to work in a multilingual and multidisciplinary environment.

Acquisition of the knowledge, understanding and capacity to apply the legislation required in the exercise of

the profession of an Industrial Technical Engineer.

Development of critical thought.

Development of creative thought.

Acquisition of the capacity to manage one's time.

Acquisition of the capacity for problem solving.

Development of the capacity to orientate professional activity to learning.

Acquisition of the capacity to use information and communications technologies.

Acquisition of the capacity to communicate verbally.

Acquisition of the capacity to communicate in writing.

Acquisition of the capacity to communicate in a foreign language.

Acquisition of the capacity for adaptation to the environment.

Development of a sense of ethics.

Acquisition of the capacity for interpersonal communication.

Acquisition of the capacity for teamwork.

Development of creativity.

Acquisition of the capacity for innovation.

Acquisition of the capacity for project management.

Pour la liste des cours possibles pour les étudiants en GMP :

http://web.unican.es/en/Studying/Academic-Offer/courses-list?plan=109&cad=2013

Module in common with the Industrial Branch :

Subject Area: Thermofluid Mechanics:

Fluid mechanics Credits : 6.00 Compulsory

Thermodynamics and Thermotechnics : Credits : 6.00 Compulsory

Subject Area: Electrotechnics and Electrical Machines:

Electrical Engineering and Electric Machinery Credits 6.00 Compulsory

Subject Area: Electronics and Automation:

Automatic Control Systems Credits: 6.00 Compulsory

Electronics Credits: 6.00 Compulsory

Subject Area: Projects and the Environment:

Projects and the Environment Credits: 6.00 Compulsory

Subject Area: Materials:

Materials Credits: 6.00 Compulsory

Subject Area: Industrial Organisation and Production:

Industrial Production and Organisation Credits: 6.00 Compulsory

Subject Area: Elasticity and Strength of Materials:

Elasticity and Resistance of Materials I Credits: 6.00 Compulsory

Subject Area: Machiens and Mechanisms:

Machines and Mechanisms Credits: 6.00 Compulsory

Module: Specific Mechanical Technology

Subject Area: Graphic Engineering

Graphic Engineering Credits 6.00 compulsory

Subject Area: Materials Engineering

Materials Engineering Credits: 6.00 compulsory

Subject Area: Elasticity and Strength of Materials:

Elasticity and Resistance of Materials II Credits 6.00 compulsory

Subject Area: Further Thermofluids:

Thermal Engineering Credits 6.00 compulsory

Fluid Mechanical Systems and Machines Credits: 6.00 compulsory

Subject Area: Manufacturing Processes

Manufacturing Processes I Credits 6.00 compulsory

Subject Area: Structures and Industrial Constructions

Industrial Structures and Buildings Credits 6.00 compulsory

Module: Further Mechanical Technology

Subject Area: Machines and Thermal Motors

Thermal machines and Motors Credits 6.00 compulsory

Subject Area: Design and Testing of Machines

Machines Design and Testing Credits 6.00 compulsory

Subject Area: Machines Components:

Machine Elements Credits 6.00 compulsory

Optional Module: Mechanical Engineering:

Subject Area: Design and Manufacturing

Automobiles Credits 6.00 elective

CLASS IN ENGLISH: Modeling and Simulation in Machine Design Credits 6.00 elective

Manufacturing Processes II Credits 6.00 elective

Experimental Techniques in Mechanical Engineering Credits 6.00 Elective

Subject Area: Structures and Industrial Installations

Foundations and Concrete for Machines and Structures Credits 6.00 Elective

Industrial and Machine Metal Structures Credits 6.00 Elective

Industrial installations Credits 6.00 Elective

Industrial Topography Credits 6.00 Elective

External Practical Academic Matters:

External Academic Work Experience Credits 6.00 Elective

Oulu University of Applied Sciences FINLANDE

Oulu http://www.oamk.fi/english/

Domaine disciplinaire moveon : 071 (52) – Ingénierie et métiers d’ingénierie

Code Erasmus : SF OULU 11

*** Place à confirmer à la rentrée 2014 ***

Accord Erasmus : 1 place – pas de frais d’inscription dans l’université d’accueil mais frais d’inscription au DUETI

Diplôme de l’université d’accueil : non

Programme: Degree Programme in Mechanical and Production Engineering

Dates de la formation : fin août / début septembre à fin mai

DEGREE PROGRAMME IN MECHANICAL AND PRODUCTION ENGINEERING

Bachelor of Engineering

Options:

Option of Vehicle and Transportation Engineering, Engineer, 240 cr (4 years)

Option of Energy Technology, Engineer, 240 cr (4 years) Option of Machine Automation Engineering,

Engineer, 240 cr (4 years) Option of Production and Logistics,

Engineer, 240 cr (4 years) Option of Production Economics, Engineer, 240 cr (4 years)

The objective of the Degree Programme in Mechanical and Production Engineering is to train engineers that, in addition to mechanical engineering skills, have a good

knowledge of information technology and product development, basic knowledge of company logistics and expenditures as well as the command of foreign languages

required in this profession. The engineers also have to meet the needs of the people involved in technological applications. The graduates work in diverse positions as experts and managers in different fields of industry.

In the Option of Vehicle and Transportation Engineering the main focus is on vehicle electronics and modern steering, control and safety systems as well as

transportations and logistics in the Nordic region. The main areas of importance are catalyser technology and brake systems of heavy lorries and trailer combinations. A

continuous control work and trouble-shooting is done in one of the most advanced vehicle laboratories in Finland.

In the Option of Production Economics the product and production development as well as business administration are the main focuses. In addition to skills in

technology, emphasis is put on economics and financing, marketing and leadership as

well as management of the different areas of operations in a company.

In the Option of Machine Automation Engineering students are educated to

understand the design, control and operation of robots in industrial production. Expert duties in industrial machine automation projects require versatile engineering

skills, expertise in project work as well as technical and economic understanding. The programme provides the students with excellent skills in product development by utilising modern computer-aided tools such as 3D-modelling and simulation.

In the Option of Production and Logistics a special attention is given to the basics of competitiveness development of manufacturing companies. Focuses of the option

include economical manufacturing of a good quality product, modern construction and use of production machines and systems as well as efficient operation and rational

collaboration with cooperation partners. Basic skills in industrial maintenance and in different fields of logistics complement the graduates' production engineering skills. A project work period of one term in industry strengthens the combination of theory

and practice.

The Option of Energy Technology specialises in thermophysical basics of energy

processes, energy plants and their processes. Focus is also on function, structure and maintenance of steam boilers and power machinery.

The degree programme is versatile and the studies are carried out in close cooperation with different companies of the region and with other educational

organisations. In addition to the basic and professional studies in mechanical engineering, students deepen their professional skills by taking additional studies of his/her own degree programme or that of another degree programme or university/

university of applied sciences. At the final stage of the studies a Bachelor’s Thesis, commissioned mainly by industry, is written. The education prepares the graduates

for team and project work. Good connections to different partner universities abroad offer students also varied possibilities to study abroad.

Structure of the Degree

Basic Studies and Professional Studies 180 cr

Free-choice Studies 15 cr

Practical Training 30 cr

Bachelor's Thesis 15 cr

Studies Total 240 cr

Institute of Technology Tallaght Dublin IRLANDE Dublin www.it-tallaght.ie

Domaine disciplinaire moveon : 071 (52) – Ingénierie et métiers d’ingénierie

Accord ERASMUS : 2 places

Diplôme de l’université d’accueil : oui

Programme : BEng in Production Engineering

Dates de la formation : mi - septembre – fin mai

Bachelor of Engineering in Mechanical Engineering

Course Code: TA213

Type of Qualification: Ordinary Bachelor Degree

Field of Study: Engineering & Engineering Trades,Engineering, Manufacturing and

Construction,Mechanics and metal work

About the Course

TA 213 - Bachelor Degree in Engineering - Mechanical Engineering - Level 7

The award of a Bachelor Degree in Engineering - Mechanical Engineering can be achieved after

three years, followed by the Honours Degree. The programme concentrates on skills and knowledge

that we have identified as being important in the mechanical engineering industry. Analysis, design,

manufacture and maintenance are core areas of study and application on this programme.

Students also become familiar with complete engineering systems used in the production of

consumer goods or mechanical instruments or devices used in the computer, medical or consumer

areas. A Leaving Certificate achievement of C1 in ordinary level mathematics is required for this

programme. Visit the School of Engineering Website

Accreditations/Outcomes

Course Code: TA213 - Level 7

Bachelor Degree in Engineering - Mechanical Engineering

Length of Course: 3 years

Mature students welcome Mature applicants (23 years of age) may not be required to meet the minimum entry requirements

but may be considered on their merits.

Follow-on Degrees Bachelor of Engineering (Hons) in Mechanical Engineering

What do I Need?

Entry Requirements Leaving Certificate with a minimum of Grade C1 in ordinary level Mathematics and at least Grade

D3 (ordinary level) in four other subjects in the Leaving Cert including English.

Recent minimum CAO points: 210

Points range of recent offers: 210-515

Career Opportunities

In the present busy industrial environment there are excellent opportunities in the mechanical

engineering field. The position of the technician engineer will involve the application of design

ideas related to the delivery of the prototype and the confirmation that the prototype operates within

the required specifications outlined initially. The technician will be mainly concerned with the

fabrication, operation, testing, troubleshooting, and maintenance of the equipment.

Engineers, technician engineers and technicians come together to form an important team which can

design, apply theory in real situations and maintain the performance of complex equipment.

Graduate Profiles

View Profile

How To Apply

Fiona Cranley ( Head of Department ) + 353 1 4042503 email or engineering@ittdublin.ie

Department phone extensions: + 353 1 404 2500 / 2702 / 2515 - Fax: + 353 1 4042504

Further Information

Select here to visit the School of Engineering website

Or

Visit ITT Dublin’s information open evening on Monday 27th

January from 5pm-8pm.

For more information click here

Links Scheme

Any full FETAC (NCVA) Level 5/6 Award provided it contains a distinction in one of the

following in the award: C20174 Maths for Engineering, C20175 Maths for Computing, C20139

Maths.

Course Content

Semester 1 Mathematics 1

Physical Science

Electrical Circuits

Materials and Processes 1

Engineering Graphics & Communications

Measurement Systems

Engineering Graphics

Semester 2 Mathematics 2

Mechanics 1

3D Design Engineering Graphics 2

Materials and Processes 2

Quality & Manufacturing Systems

Semester 3 Mathematics 4

Mechanics 2

Automation

Statistics

Fluid Mechanics 1

Semester 4 Mathematics 5

Mechanics 3

Electrical Systems & Networks

Group Project & Enviromen Tech

Information Technology

Semester 5 Mathematics 6

Automation Systems

Design

Fluid Mechanics 2

Semester 6 Mechanics 5

Instrumentation & Control Syst

Project & Communications

Information Technology 2

Thermodynamics 2

Institute of Technology Tralee IRLANDE

Tralee www.ittralee.ie

Domaine disciplinaire moveon : 071 (52) – Ingénierie et métiers d’ingénierie

Accord bilatéral :

places payantes (2014/2015 : 2750€, 2015/2016 : 3000€) + frais d’inscription au DUETI

Diplôme de l’université d’accueil : oui

Programme : BEng in Production Engineering

Dates de la formation : mi - septembre – fin mai

Programme

B.ENG IN PRODUCTION ENGINEERING

Semester 5 :

MATH 71003 Engineering Mathematics 5 – 5 ECTS

MACH 71000 Machine Design 1 – 5 ECTS

ENMG 71001 Operations Management 1 – 5 ECTS

POWR 71000 Power Hydraulics System Design – 5 ECTS

MTEC 71000 Production Technology and Robotics 1 – 5 ECTS

PROJ 71009 Project (CAD and Project Design) – 5 ECTS

Semester 6 :

MATH 71004 Engineering Mathematics 6 – 5 ECTS

MACH 71001 Machine Design 2 – 5 ECTS

ENMG 71002 Operations Management 2 – 5 ECTS

PLCS 71000 PLCs and Pneumatic Systems – 5 ECTS

MTEC 71001 Production Technology and Robotics 2 – 5 ECTS

PROJ 71016 Project – 5 ECTS

TOTAL: 60 ECTS

Letterkenny Institute of Technology IRLANDE

Letterkenny www.lyit.ie

Domaine disciplinaire moveon : 0715 (521) - Mécanique et travail des métaux

Code Erasmus : IRL LETTERK01

Accord Erasmus : 2 places - pas de frais d’inscription dans l’université d’accueil mais frais

d’inscription au DUETI

Diplôme de l’université d’accueil : non

Programme: Bachelor of Engineering in Mechanical Engineering

Dates de la formation : mi - septembre – fin mai

Programme

Bachelor of Engineering in Mechanical Engineering

1st semester 22722 Pneumatic Control - 5 ECTS

22721 Mechanics of Materials & Machines 1 - 5 ECTS 22685 Mathematics 5 - 5 ECTS 22719 Engineering Management 1 - 5 ECTS

22723 Project Technology - 5 ECTS 22720 Mechanical Design 3 - 5 ECTS

2nd semester

22724 Industrial Hydraulics - 5 ECTS 22727 Mechanics of Materials & Machines 2 - 5 ECTS

22691 Mathematics 6 - 5 ECTS 22725 Engineering Management 2 - 5 ECTS 22726 Mechanical Design 4 - 5 ECTS

22728 Project - 5 ECTS

TOTAL : 60 ECTS

Kaunas University of Technology LITUANIE

Domaine disciplinaire moveon : 0715 (52)

Code Erasmus : LT KAUNAS 02

Site : http://en.ktu.lt/

Accord Erasmus : 2 places GMP + frais

d’inscription au DUETI

Diplôme de l’université d’accueil : non

Dates de la formation : Fin septembre à fin juin

Diplôme(s) préparé(s) :

The BSc programme is a 4-year programme (8 semesters) equivalent to 240 ECTS credits.

Student can choose the language of instruction: English, Russian or Lithuanian.

The four years Undergraduate (Bachelor’s) Programme is aimed to provide knowledge of

fundamental and advanced mechanical engineering and emphasises development of practical

professional abilities together with managerial skills and creativeness.

The Bachelor’s Programme in Mechanical Engineering provides students with the essential

theoretical and practical knowledge and skills for creation of new mechatronic products and

technologies, leading projects of design and production as well as substantial abilities in the

chosen specialisation area: Biomechanical Engineering, Production Systems, and Engineering

Design.

Course structure : Seuls les semestres 5, 6, 7 et 8 concernent le DUETI

Semester 1 :

Course

National

Credits ECTS

1 Mathematics 1 (P130B001) 6 6

2 Fundamentals of Information Technologies 1

(P175B301) 6 6

3 Engineering Graphics (T210B303) 6 6

4 Philosophy (H120B031) 6 6

5 Optional Subjects 2012 6 6

Total: 30 30

Semester 2 :

Course

National

Credits ECTS

1 Professional Communication and Language of Speciality (H592B103) 6 6

2 Mathematics 2 (P130B002) 6 6

3 Physics 1 (P190B101) 6 6

4 Fundamentals of Information Technologies 2 (P175B302) 3 3

5 Statics (P190B002) 3 3

6 Computer Drawing (T210B301) 3 3

7 Practice (T000B113) 3 3

Total: 30 30

3 semester

Course

National

Credits ECTS

1 Mechanics of Materials (P190B504) 6 6

2 Kinematics and Dynamics (P190B003) 6 6

3 Applied Mathematics (P001B207) 6 6

4 Physics 2 (P230B202) 6 6

5 Chemistry (P401B401) 6 6

Total: 30 30

4 semester

Course

National

Credits ECTS

1 Electrical and Electronic Circuits (T190B270) 6 6

2 Theory of Probability and Statistics (P160B003) 6 6

3 Applied Thermodynamics (T200B113) 6 6

4 Applied Fluid Mechanics (T210B223) 3 3

5 Strength of Structural Elements (T210B501) 3 3

6 Materials Science and Engineering (T450B103) 6 6

Total: 30 30

5 semester

Course

National

Credits ECTS

1 Applied Electrical Engineering (T190B373) 3 3

2 Theory of Mechanisms and Machines (T210B446) 6 6

3 Cutting Processes and Tools (T130B139) 6 6

4 Machine Elements 1 (T210B403) 6 6

5 Fundamentals of Management (S190B104) 3 3

6 Foreign Language Electives (level C1) 2012 6 6

Total: 30 30

6 semester

Course

National

Credits ECTS

1 Machine Elements 2 (T210B021) 3 3

2 Computer-Aided Design 1 (T130B033) 6 6

3 Measurements and Control (T210B138) 9 9

4 Manufacturing Engineering 1 (T130B012) 6 6

5 Specialization Electives 6 6

Total: 30 30

7 semester

Course

National

Credits ECTS

1 Finite Elements Method (T210B150) 3 3

2 Semester Project (T130B184) 6 6

3 Micro- and Macroeconomics (S180B302) 6 6

4 Optional Subjects 2012 6 6

5 Specialization Electives 9 9

Total: 30 30

8 semester

Course

National

Credits ECTS

1 Law Basics (S110B010) 3 3

2 Human Safety (T500B002) 3 3

3 Professional Practice (T000B139) 12 12

4 Final Degree Project (T000B122) 12 12

Total: 30 30

Specialization Subjects

Course

National

Credits ECTS

Biomechanical Engineering

1 Modelling of Biomechanical Systems (T210B030) 3 3

2 Systems of Biomechanics 1 (B115B002) 6 6

3 Systems of Biomechanics 2 (B115B010) 6 6

Engineering Design

1 Computer-aided Analysis of Structures (T210B036) 6 6

2 Computer-aided Design 2 (T130B032) 3 3

3 Manufacturing Planning and Equipment (T130B801) 6 6

Production Systems

1 Manufacturing Planning and Equipment (T130B801) 6 6

2 Quality Assurance in Production Systems (T130B610) 3 3

3 Technological Equipment (T130B815) 6 6

Heriot-Watt University

Edinburgh - Ecosse

ROYAUME UNI Coordonnées

Site : www.hw.ac.uk

Diplôme(s) préparé(s) B.Eng in Automotive Engineering (Ucas code : H330)

B.Eng in Mechanical Engineering (H300)

B.Eng in Mechanical Engineering and Energy Engineering (HH3V)

B.Eng in Mechanical Engineering with Computer-Aided Engineering

(H360)

Programme(s)

1st semester

B59EG Mechanical Engineering Science 7 – 7,5 ECTS

B59EI Mechanical Engineering Science 9 – 7,5 ECTS

B59DE Design and Manufacture 3 – 7,5 ECTS

B49CB Business Awareness, Safety and Sustainability – 7,5 ECTS

2nd semester

B59EH Mechanical Engineering Science 8 – 7,5 ECTS

B59EJ Mechanical Engineering Science 10 – 7,5 ECTS

B59DF Design and Manufacture 4 – 7,5 ECTS

+ 1 of the following depending on the B.Eng :

B59AA Automotive Technologies 1 - 7,5 ECTS (for B.Eng in Automotive Engineering)

B59CC Computing for Engineers – 7,5 ECTS (for B.Eng in Mechanical Engineering with

Computer-Aided Engineering)

B59ES Energy Studies – 7,5 ECTS (B.Eng in Mechanical Engineering and Energy Engineering

TOTAL : 60 ECTS

Dates de la formation Septembre à mai

UCAS : H24 Code

Remarques Inscription UCAS obligatoire

Obligatoire : 12.5/20 moyenne générale demandée (semestres 3 et 4)

Edinburgh Napier University

www.napier.ac.uk

Ecosse

ROYAUME

UNI

Domaine disciplinaire moveon : 0715 (52) –

Ingénierie et métiers d’ingénierie Accord bilatéral : gratuit pour les étudiants de

l’UE – formulaire SAAS à remplir

Dates de la formation : début septembre – début mai

Inscription via UCAS

Diplômes préparés :

BEng in Mechanical Engineering - BEng in Engineering with Management - BEng in Energy and

Environmental Engineering - BEng in Mechatronics

Programmes:

BEng in Mechanical Engineering (H300)

Manufacturing Systems – 10 ECTS

Materials & Manufacture 2 – 10 ECTS

Management for Engineers 2 – 10 ECTS

Engineering Applications and Design – 10 ECTS

Energy Systems Design – 10 ECTS

Individual Project – 10 ECTS

TOTAL : 60 ECTS

BEng in Engineering with Management (HIN2)

Manufacturing Systems – 10 ECTS

Materials & Manufacture 2 – 10 ECTS

Management for Engineers 2 – 10 ECTS

Engineering Applications – 10 ECTS

Project Management – 10 ECTS

Individual Project – 10 ECTS

TOTAL : 60 ECTS

BEng in Energy and Environmental Engineering (HJ69)

Renewable Energy and Sustainability – 10 ECTS

Materials & Manufacture 2 – 10 ECTS

Management for engineers 2 – 10 ECTS

Engineering Applications and Design – 10 ECTS

Energy System Design – 10 ECTS

Individual Project – 10 ECTS

TOTAL : 60 ECTS

BEng in Mechatronics (HH63) - très bon niveau en mathématiques et en systèmes asservis

demandé Engineering Applications (Electrical & Mechanical) – 10 ECTS

Applied Robotics - 10 ECTS

Control Modelling & Simulation – 10 ECTS

Management for engineers 2 – 10 ECTS

Individual Project – 20 ECTS

TOTAL : 60 ECTS

Programme ORA CANADA

Diverses universités

Informations disponibles sur : http://www.iut-acy.univ-savoie.fr/bac-3/dueti/programmes/ora-

ontario-canada/

TOEFL obligatoire – moyenne minimum : 12/20

En raison du grand nombre d’universités avec lesquelles nous avons des accords, les détails

concernant le programme ORA ne sont pas fournis ici. Tous les renseignements nécessaires

vous seront fournis si vous êtes acceptés dans le cadre de ce programme.

Programme CREPUQ QUEBEC

Diverses universités

Informations disponibles sur : http://echanges-etudiants.crepuq.qc.ca/article.php3?id_article=23

En raison du grand nombre d’universités avec lesquelles nous avons des accords, les détails concernant

le programme CREPUQ ne sont pas fournis ici. Tous les renseignements nécessaires vous seront fournis

si vous êtes acceptés dans le cadre de ce programme.

Programme YORK university CANADA Informations disponibles sur le lien suivant : http://www.yorku.ca/web/index.htm Tous les renseignements nécessaires vous seront fournis si vous êtes acceptés dans le cadre de ce programme.

ISEP – International Student Exchange Program ETATS-UNIS

Diverses universités www.isep.org

Programme ISEP :

Frais d’inscription : 5460€ (2014/2015) + 380€ dossier ISEP. Hébergement et repas

compris (+ frais d’inscription au DUETI)

Diplôme de l’université d’accueil : non

TOEFL obligatoire

Programme :

Informations disponibles à

http://www.iut-acy.univ-savoie.fr/bac-3/dueti/programmes/isep-etats-unis/

Universités participant au programme disponibles à

http://www.isep.org/students/Directory/members_in_usa.asp