asw 20161118

ASw 20161118 <Fiches Partenaires LibSav 20161118>

<FichePartenaire Se_KTH_Stockholm>

Se-KTH

Kungliga Tekniska Högskolan Stockholm, Sweden

Web site www.kth.se

Diplômes Double-Diplôme : MAXIMUM OF 4 STUDENTS PER YEAR FROM 2017-18 Diplôme d’Ingénieur de l’Institut d’Optique + Civilingenjör (Master of Science in Engineering) Engineering Physics (TFY): with specialisation in one track: Theoretical Physics (TFYA - TheoPhys) // Subatomic and Astrophysics (TFYB - Sub&Astro) // Optical Physics (TFYC - OptiPhys) // Nanophysics (TFYD - NanoPhys) // Biomedical Physics (TFYE - BioMedPhys) One student admitted in Aerospace Engineering in 2016-2018

Duration 13 à 24 mois: En règle general, 60 ects (2 semestres) + 30 ects Langues avec obligation d’obtenir le niveau 4 interne (niveau B1/B2) en suédois + Master Thesis Research Project (30 ects) Jusqu’à 30 ects supplémentaires peuvent être demandés avant de commencer le Master’s thesis selon les options ou spécialisation prises dans des programmes autres que Theoretical Physics. L’apprentissage du suédois est obligatoire, même si tous les cours scientifiques sont pris en anglais

Course details

Le programme de Civilingenjör [Master of Science in Engineering] est un programme de 5 ans. Vous vous inscrivez en 4e année de formation et vous obtenez les 3 premières années par équivalence. Vous ne vous inscrivez pas en Master of Science ou International Master (2 ans) ; la candidature pour le Master of Science passe par une plateforme nationale et tout dossier incomplet est refusé.

Relatively free choice of subjects that are chosen in collaboration with academic tutor at KTH: Biomedical : Radiation Detectors and Medical Imaging Systems (7.5 ects); Laser Physics (7.5); Physics of Biomedical Microscopy (6.0); Cellular Biophysics I (8.0); Experimental Methods in Molecular Biophysics (8.0); Flourescence Spectroscopy for Biomedical Studies (6.0); Biomedicine for Engineers (12.0); X-Ray Physics and Applications (6.0) Optical Physics : Optical Physics (6.0 ects) ; Applied Electromagnetics; Optical Systems Design (6.0); Fourier Optics (6.0); Quantum Electronics & Electro-Optics (12.0); Laser Physics (7.5); X-Ray Physics and Applications (6.0)

Past and present students (29 students since 2009-10)

2016-18 (4) : Lola COURTILLAT (Bio), Lucie DILHAN (Bio), Rémi DURIEUX (Aero), Camille METAIS (Bio) 2015-2016 (5) : Adrien CHOPARD (Nano), Dimitri ESTEVEZ (Subatom), Morgane HANKUS (Nano), Astrid LASSALLE (Bio), Jean SCHOLLHAMMER (Nano) 2014-16 (3): Nathalie CARRIER, Arthur DAVIS, Alice REBIERE 2013-15 (6): Timothée ACHILLI, Xavier BERTHELON, Matthieu LAPORTE, Anne-Laure MUSSIO, Nils PETITDIDIER, Anne-Lise VIOTTI (en thèse à KTH) 2012-14 (5): Marie AUBRY, Paul DELROT, Claire PIETU, Claude SANZ, Cyrille SOLARO

Deadlines On-line application 15 April for entry in August/September of same year. Application form is posted on KTH website 6-8 weeks before deadline.

Admissions Requirements in ENGLISH

IELTS (Academic): Minimum overall mark of 6.5, with a minimum of 5.5 on writing section and no section lower than 5.0. TOEFL: Internet-based test (iBT): total result of 88 (minimum 22 on written test) English test results from TOEFL should be sent directly from the ETS test centre to KTH; Admissions Office (institution code 7966, department code 99). N.B. TOEIC is not accepted as proof of English proficiency

Application file MAXIMUM OF 4 STUDENTS PER YEAR FROM 2017-18 On-line application. IOGS transcripts 1A & 2A 1S. Student must be nominated by IOGS and print-out of application form must be signed and stamped by Head of International Relations at IOGS

Language of tuition English. Consult course details. Cost No tuition fees for European nationals. Accommodation Students can apply for university accommodation on on-line application form. Living costs (2012-2013) Logement 2900 SEK/mois (téléphone et internet inclus); Carte transport 513

SEK/mois; nourriture 350 SEK/ mois ; Local funding Funding (France)

Aide à la mobilité ERASMUS+ Aide à la mobilité AMIE (Conseil régional Ile de France) - aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale

last update: 20171113

2016-2017 Times Higher Education World University Rankings Top 200: 159th Engineering & Technology Top 50: 36th

http://www.kth.se/

<FichePartenaire No_NTNU_Trondheim>

No-NTNU

Norges teknisk-naturvitenskapelige universitet

Norwegian University of Science and Technology

Trondheim, Norway

Web site www.ntnu.no Diplômes Deux diplômes :

Diplôme d’Ingénieur de l’Institut d’Optique + Master of Science (Studieprogram Fysikk og Matematikk (MTFYMA) – Studeretning Teknisk fysikk)

Duration 4 semestres (2 ans) Course details

Semestre 1 : Quantum Mechanics 2 (7.5 ects) ; Nuclear and Radiation Physics (7.5) ; Elective course (7.5); Complementary elective course (7.5); Semestre 2: Expert in Team Project (7.5); Quantum Field Theory (7.5); 2 Electives (7.5 + 7.5); Semestre 3: Physics Specialisation (7.5); Specialisation Project (15); Complementary elective (7.5); Semestre 4:Master thesis project.

Past and present students

Be the first to study at NTNU

Deadlines On-line application 1 May. Application form is posted on NTNU website 6-8 weeks before deadline.

Admissions Requirements

Anglais: IELTS (Academic): Minimum overall mark of 6.0. TOEFL: Internet-based test (iBT): total result of 80

Application file Language of tuition Mostly English, some basic courses in Norwegian. Consult course details. Cost No tuition fees for EU students Accommodation Students can apply for university accommodation on on-line application form. Living costs Not available Local funding Funding (France)

Aide à la mobilité ERASMUS+ Aide à la mobilité forfaitaire IOGS - aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


2014-2015 Times Higher Education World University Rankings Top 200: (251-300) Engineering and Technology 83rd

http://www.ntnu.no/

<FichePartenaire US_University of Arizona>

USA-UA

University of Arizona, College of Optical Sciences

Tucson, Arizona, USA

Web site http://www.optics.arizona.edu/ Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MS Optical Sciences Duration Between 1 and 2 years. Funding is easier to obtain for students who spend 2 years at Arizona. Course details

Thesis option: A minimum of 32 units of University of Arizona graduate credit in optics or optics-related courses, at least 2 units of optics laboratory courses . Most graduate courses are 3 unit courses, so a typical student would take 8 or 9 academic courses and enroll for an additional 8 units of MS thesis credit. Up to 6 units of credit for appropriate graduate courses may be transferred from other universities with approval from the department. Non-thesis option: A minimum of 35 units of University of Arizona graduate credit in optics or optics-related courses is required, including at least 2 units of optics laboratory courses. Up to 7 units of credit for appropriate graduate courses may be transferred from other universities with approval from the college. The student must demonstrate competence in written communication by successfully completing an appropriate graduate course in technical writing or by writing an acceptable Master's Report (for which 3 units of credit are received.)

Full course list and details of Graduate Courses http://www.optics.arizona.edu/Classes/default.htm http://www.optics.arizona.edu/Classes/default.htm#Graduate_Courses

Past & present students (10 since 2008-09)

2011 (3): Ronan KERVICHE, Sophie MOREL, Kashmira TAYABALY 2010 (2): William HEASE, Nicolas VANDAMME - 2009 (2): Camille BAUDET, Pierre-Yves GUINET Several students have been admitted since 2011 but declined the offer (lack of funding)

Deadlines Completed application form should be sent before the Christmas Holiday Language Requirements

IELTS (Academic): Minimum overall mark of 7.0 with no section below 6.0 TOEFL: Internet-based test: total result of 80 or Paper-based test: total result of 550 The University of Arizona code is 4832. The Optical Sciences code is 99.

Application file. Documents required for application

http://www.optics.arizona.edu/Academics/AdmissionsMaterialsToSendToOSC.htm GPA of 3.0/4.0 or higher required 1. Feuilles de notes des Classes Prépas traduites en anglais + Official or unofficial transcript or diploma + Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS. 2. Your Graduate Record Examination scores. Request that the Educational Testing Service send your official scores of the general test. The GRE institution (UofA) code number is 4832 and the department (Optical Sciences) code is 4808 or 0805. Only the General GRE Score Report is required. The Subject GRE Score is optional. Applicants who do not submit a General GRE will not be considered for funding offers. 3. At least 3 letters of recommendation. There is no recommendation letter form. Recommendation letters should be produced on official letterhead and submitted as part of the Graduate College application, electronically. 4. The TOEFL Test Report is required for international students. 5. A Statement of Purpose (no more than 2 pages) uploaded as a pdf. 6. A Curriculum Vitae/Resume.

Language of tuition English Expenses for one year in US$ (2014-15 estimate) All items compulsory

Approximately $44451 per year: $15872 Non-Resident Tuition; $10508 Registration Fee; $2016 Required Health and Accident Insurance; $9714 Room & Board; $1000 Books and Supplies; $58 Required Recreation Center Fee & Bond; $94 Required Arizona Financial Aid Trust Fee; $6 Required ASA & KAMP Fee; $560 Tech Fee & Service Fee; $200 International Student Fee; $75 Orientation fee for International Students; $300 Health; $4048 Miscellaneous costs.

Arizona funding Generous financial aid packages exist. Good students with strong motivation can obtain Graduate Teaching Assistantship Appointments (TA) with a salary which greatly reduces costs. These positions are limited and not automatic (the last one obtained was in 2011). Typically, a TA consists of marking/correcting exercises and supervising lab sessions. Funding of this type is easier to obtain for students who spend 2 years at Arizona.

Local funding Funding (France)

Aide à la mobilité forfaitaire IOGS - aide sociale Aide à la mobilité CROUS pour boursiers CROUS – aide sociale

last update: 20171113 2017-2018 Times Higher Education World University Rankings Top 200: 163rd

http://www.optics.arizona.edu/Classes/default.htm

http://www.optics.arizona.edu/Academics/AdmissionsMaterialsToSendToOSC.htm

<FichePartenaire US_University of Rochester>

USA-UR University of Rochester Institute of Optics

Rochester (NY), USA

Web site http://www.optics.rochester.edu/about.html Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + MS Optics Duration 1 or 2 years - Preferably with stage 2A at Rochester before starting coursework Course details

http://www.optics.rochester.edu/academic_programs/ms/ms_program_outline.html Applications are encouraged from good students with interests in: Optical System Design, Aberrations, Lens design, Biomedical uses of optics, Nano-photonics, Telecommunications. Students are advised to take the thesis option (b) and plan to stay for 2 years, so they can work part time in research and receive funding. It will make the experience richer. The M.S. degree can be completed in nine months by electing (a) the coursework-only option, which requires a total of eight courses and an exam. Two other options, (b) the thesis option and (c) the M.S. Co-Op option (which includes a 12-month work block in the optics industry), each require two years to complete. Current course offerings include (taught by) * Optics Laboratory (Teegarden, Berg, and Berger) * SEM Practicum (McIntyre) * Complex Analysis and Math. Methods for Optics (Alonso) * Quantum Mechanics for Optics (Stroud) * Optical Properties of Semiconductors (Wicks) * Radiation and Detectors (Wicks) * Optical Communication Systems (Agrawal) * Geometrical and Instrumental Optics I (Buralli) * Geometrical and Instrumental Optics II (Moore) * Optical Fabrication and Testing Technology (Jacobs) * Lens Design (Bentley) * Optical Interference Coating Technology (Oliver) * Principles of Eye Design (Williams) * Instrumentation and Methods of Vision Research * Medical Imaging:Theory and Practice (Parker) * Physical Optics I (Fienup) * Physical Optics II (George) * Nano Optics (Novotny) * Laser Systems (Guo) * Non-Linear Optics (Boyd) * Waveguide Optoelectronic Devices (Agrawal) * Biomedical Optics (Berger) * Technical Entrepreneurship (Moore) * Advanced Topics in Telecommunication (Agrawal) * Introduction to Quantum Optics (Eberly) * Quantum Optics I * Quantum Optics II (Stroud) * Advanced Imaging (Fienup) * Statistical Optics (Wolf) * Theory of Optoelectronic Systems * Modern Coherence Theory

Past and Present students (2 since 2011-12)

2012: Jonas OGIEN 2011 : Fanny KELLER-LUSSIER

Deadlines No later than 1 February – including TOEFL and GRE scores Admissions Requirements

English: Internet-based test: total result of 105; TOEFL Codes: Institution Code = 2928; Department Code = 69 Scientific requirements : Bachelor's degree in Optics, Physics, Engineering, or a related technical field is required. Grade Point Average (GPA): The average GPA of incoming PhD students is 3.7/4.0 and is 3.4 for MS students. Graduate Record Examination (GRE; http://www.gre.org): The GRE is required. The GRE General Test measures analytical writing, verbal reasoning, and quantitative reasoning skills that have been acquired over a long period of time and that are not related to any specific field of study. Average scores for entering students are 80th percentile in all categories. GRE Codes: General and Subject: Institution Code = 2928; Department Code = 0805.

Application file *Application Form (with 60$ application fee) *Personal and Research Statement (please include name and date of birth) *Feuilles de notes des Classes Prépas traduites en anglais + Official transcripts + Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS. *Official copies of TOEFL (for non-native speakers) and GRE scores. The GRE general exam is mandatory; a GRE subject exam in physics or a related technical field is optional. * 3 Letters of recommendation Electronic submission of Application Form and the Personal and Research Statement. Other materials should be sent by post.

Cost See http://www.rochester.edu/adminfinance/bursar/PDFs/GradFees1112.pdf Accomm & costs Local funding Funding (France)


Funding from USA Difficult to obtain funding for 1 year course; easier to obtain funding as Research Assistant for 2 year course. (Demi-charge de travail)

20171113 2014-2015 Times Higher Education World University Rankings Top 200: 121st

http://www.optics.rochester.edu/academic_programs/ms/ms_program_outline.html

http://www.rochester.edu/adminfinance/bursar/PDFs/GradFees1112.pdf

<FichePartenaire Ru_Novosibirsk State University>

Нгу Ru-NSU

Новосибирский государственный университет

Novosibirsk State University

Novosibirsk, Russian Federation

Web site http://www.nsu.ru/english/ Diplômes Multiples Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + Master LOM + Maguistr en

Physique, profil Optique de NSU Duration 2 ans : 1 an en France pendant la 2A et 1 an à Novosibirsk pendant la 3A Course details

Procédure compliquée - concertation avec le Responsable RI essentiel dès la fin de la 1A. Les étudiants doivent suivre le M1 PON ou équivalent en France avant d’entreprendre le M2 à NSU, ET s’inscrire en M1 à NSU pour pouvoir être admis en M2 I – Première année de Master M1 (institut d’Optique) Semestre 1 : Cours obligatoires : Quantum Optics: Lasers - Quantum Physics of Electrons in Solids - Atomic and Molecular Physics – Labwork - French Language or English. Cours obligatoires parmi les enseignements facultatifs de PON : Introduction to Nanophotonics - Wave Optics - Lasers and Applications. Semestre 2 : Cours obligatoires : Statistical Physics – Electrodynamics - Nonlinear Optics - Experimental Project - French Language or English Cours facultatifs (les étudiants choisissent parmi les cours suivants afin de compléter le programme): Semiconductor and Laser Diodes - Guided and Coupled Waves - Nanomaterials and Electronics - Optoelectronics II –Seconde année de master M2 (NSU) Semestre 3 : Laser Spectroscopy - Force of Light - Fibre Optics - Ultracold Atoms - Quantum Optics: Basics of Quantum Optics Semestre 4: Fibre Optics - Ultracold Atoms - Quantum Optics: Modern Problems of Quantum Optics – Master’s thesis project

Past students Be the first to study at NSU Deadlines Students should register administratively at IOGS AND NSU for first and second year Admissions Requirements

Une procédure de pré-sélection des dossiers est menée par les établissements partenaires sur les critères suivants afin de préparer une première liste de candidats : i) excellence académique ; ii) maîtrise de la langue anglaise ; iii) motivation pour le programme. La sélection finale des candidats a lieu début mai au cours d’une réunion du jury d’admission. Les étudiants sont inscrits en master après l’obtention du niveau Licence. De même les étudiants sont admis en première année de master de la faculté de physique de la NSU selon les règles de sélection et d’admission en vigueur. Les étudiants ayant validé la première année accèdent automatiquement à la seconde année du programme.

Language of tuition English: Bon niveau d’anglais requis (TOEFL) Cost & Living costs Accommodation University Residence NSU Local funding Funding (France)



2017-2018 Times Higher Education World University Rankings Top 401/500 BRICS & Emerging Economies Ranking: 34th

<FichePartenaire UK_Imperial College London>

UK-IC

Imperial College London London, UK

Web site http://www3.imperial.ac.uk/pgprospectus Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MSc from Imperial College Duration 1 year Course details

MSc Optics and Photonics (OP) MSc Physics (Ph), MSc Physics with Nanophotonics (PhN), MSc, Physics with Shock Physics (PhSPh), MSc Quantum Fields and Fundamental Forces (QFFF) MSc Biomedical Engineering - Medical Physics and Imaging stream (Bio) MSc Sustainable Energy Futures (SEF) MSc Optics and Photonics Core modules (compulsory) Imaging - Optical communications physics – Lasers - Optical measurement and devices - Laboratory work - Self-study project - Four-month research project (May to September). Optional modules (typically between 2 and 4 course) Biomedical optics - Laser optics - Laser technology - Non-linear optics - Fibre technology - Optical design - Optical design laboratory - Optical displays - Optoelectronic components and devices - Photonics structures - Quantum optics Check other course details and entry requirements on Imperial web site: https://www.imperial.ac.uk/study/pg/courses/#group-

Past and present students (22 students since 2009-10)

2016-17 (4): Elsa DUCROT (Ph), Amaury KITOUNI (OP), Alison POUPLIN (DD ESPCI & Bio), Shanjuhan THAMBIRAJAH (OP), 2015-16 (2): Simon MEUNIER (SEF), Alban MOREAU 2014-15 (6) : Gaspard BERGE (SEF), Sebastian BOTOSSEZY (SEF), Geoffrey BRINKS (Ph), Thibault FADY (OP), Elena GOFAS SALAS (Bio), Aude ROLA (OP) 2013-14 (4): Mathilde BARRE (OP), Maxime DUBOIS (OP), Nathan HARROCH (Bio), Michael RAMAMONJISOA (OP) 2011-12 (1) : Adrien DEPRESSEUX (OP)

Deadlines Mid-January (recommended); after January courses may be full. Admissions Requirements

Anglais: IELTS (Academic): Minimum overall mark of 6.5 with at least 6.0 in Writing and Speaking. TOEFL: Internet-based test (iBT): total result of 100 with 24 in Writing and Speaking

Application file Electronic: Transcript + Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS, two reference letters, statement of purpose

Language of tuition

English

Cost EU students : Variable depending on course taken, but typically from £9000 to £12000. Third country and non EU students : Variable depending on course taken, but typically from £20000 to £27000

Accommodation Difficult; often far from the Kensington. Imperial College has student halls of residence (Beit Hall is just across the road from the Physics dept.), but most students find housing on the private sector.

Living costs Consult IOGS students’ reports on “Libres Savoirs” Weekly budget guide for a student living in University halls of residence (2011-12): Accommodation - £90-£150 (higher in the private sector) Entertainment - £50 Food and Toiletries - £50 Travel - £15; Other - £15

Local funding (France)

Aide à la mobilité forfaitaire IOGS - aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale

Funding UK Rare last update: 20171113


http://www3.imperial.ac.uk/pgprospectus

<FichePartenaire UK_University of Cambridge>

UC-Cb University of Cambridge Cambridge, UK

Web site http://www.admin.cam.ac.uk/students/gradadmissions/prospec/studying/qualifdir/courses/maam/ http://www.maths.cam.ac.uk/postgrad/mathiii/

Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + MMath/MASt Master of Advanced Study in Mathematics, Part III of the Mathematical Tripos, DAMTP (Department of Applied Mathematics and Theoretical Physics)

Duration 9 months Course details

Students prepare between six and nine lecture courses for examination. These lecture courses may be freely selected from the wide range offered by both Mathematics Departments. (See lecture list). As an alternative to one lecture course, an essay may be submitted. Examinations session begins in late May. Most courses in the Master of Mathematics / Master of Advanced Study are self contained. Students may freely mix courses offered by the two Mathematics Departments. Courses are worth either two or three credit units depending on whether they last for 16 or 24 lectures respectively. Candidates for the Certificate may offer a maximum of 19 credit units for examination. In the past it has been recommended that you offer between 17 and 19 units. The essay counts for 3 credits.

Past and present students (2 since 2013-14)

2016-2017: Benjamin BERENGUE (St Edmund’s College) - en 4e année après IOGS 2013-2014: Laure BERTHIER (Queens’ College), followed by PhD in Theoretical Particle Physics and Cosmology at the Niels Bohr Institute, Copenhagen University

Deadlines 31 March, but mid-January (strongly recommended); after January courses may be full. Admissions Requirements

Students should be in the top 15% of their class and show a marked interest in Theoretical Physics. Anglais: IELTS (Academic): Overall band score of 7.0 with at least 7.0 in Writing, Listening and Speaking, and 6.5 in Reading TOEFL: Internet-based test (iBT): total result of 100 with a minimum of 25 in each section.

Application file Electronic: Transcript + Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS, 2 or 3 reference letters, statement of purpose

Language of tuition

English

Cost 2103 figures

EU students : University Composition Fee: £3552 College Fee (variable): £6999 Maintenance:£8812 (including accommodation) Total cost = £19276 - £19363

Living costs The estimated maintenance component above is an absolute minimum estimate of likely basic living costs and personal expenses, including college accommodation bill if you live in. The maintenance sum should cover food, books, domestic bills and travel around Cambridge, personal computer equipment. Evidence of a minimum maintenance sum is required since the cost of living is expensive in Cambridge.

Local funding (France)


Funding UK Cambridge trusts may part-fund some student costs; some Colleges may offer small bursaries of up to £2000



http://www.maths.cam.ac.uk/postgrad/mathiii/index.html

<FichePartenaire UK_Cranfield University>

UK-Cran Cranfield University Cranfield Bedfordshire, UK

Web site http://www.cranfield.ac.uk/students/courses/ Institut d’Optique Graduate School was admitted to the Cranfield University European Partnership

Programme in December 2015 ; students should apply through the European Partnership scheme application form

Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + MSc de Cranfield

Duration 1 year (intensive) Course details

MSc Microsystems and Nanotechnology ; MSc Ultra Precision and Nanoengineering; MSc Computational and Software Techniques in Engineering - Digital Signal and Image Processing ; MSc Aerospace Vehicle Design See Cranfield Prospectus for more courses and further details.

Past and present students (1 since 2016)

2016-17 Lauriane BICHOT, MSc Aerospace Vehicle Design (Avionic Systems Design)

Deadlines Mid January Admissions Requirements


Application file Electronic: Transcript + Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS, 2 or 3 reference letters, statement of purpose

Language of tuition English Cost EU students from £4950 (variable depending on courses and modules taken); Third Country and

Non-EU students from £16000 Accommodation On the Cranfield Campus Living costs Approximately £11000 per year. Local funding Funding (France)

Aide à la mobilité forfaitaire IOGS- aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


Times Higher Education World University Rankings: Cranfield University is a graduate school and only delivers Master degrees and PhDs. It is not ranked in University worls rankings because it does not deliver undergraduate

degrees.

<FichePartenaire Nl_TUDelft>

Nl-TUDelft

TU Delft Delft University of Technology

Delft, Netherlands

Web site http://home.tudelft.nl/ Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + MS from TUDelft Duration 2 years Course details

Master of Science programmes in Physics exist in the following areas: · Biomedical Engineering · Imaging Science & Technology · Multi-scale Physics

· Optics in Science and Technology · Radiation, Radionuclides & Reactors · Systems & Control

The Optics in Science and Technology area is part of the OpSciTech Erasmus Mundus Master Course. Students may take either the 1st of the 2nd year course. See full course details on <www.master-optics.eu/index.php?id=2>


2012-14 : Hugo BORDIER (MSc) Dans le cadre du programme de double-Master OpSciTech (2007-2013) 2011-12 : Marie-Christine DHEUR (M2) 2008-09 : Lucie GUESTIN (M2), Jean-Baptiste QUELENE (M1), Benjamin VIQUERAT (M2)

Deadlines 1 April for reception of complete application file Admissions Requirements

Anglais: IELTS (Academic): Minimum overall mark of 6.5. TOEFL: Internet-based test: total result of 90 Cambridge CPE or CAE

Fill in the online application during spring of the 2nd year at IOGS; pay the non-refundable application fee of €50. Then send hard copies of the application documents to TU Delft’s International Office. The University can only start processing applications once it has received the hard copy documents. The admissions decision will be issued 8 weeks after confirmed reception of complete hard copy application. TUDelft will inform students concerning the admissions decision by e-mail. Please note that students may only apply for one MSc programme and that incomplete applications and applications submitted by e-mail will not be processed A good university BSc degree with good grades on the key courses in a main subject closely related to the MSc programme to which you are applying. OR Proof of near-completion of a BSc programme whose main subject is closely related to the MSc programme applied for. To be considered for admission to an MSc programme, applicants should have a Licence from a university or a Diplôme d'Ingénieur degree from a Grande École or have successfully completed at least 180 ECTS credits (normally including the award of the Gradué en Ingénierie degree) from a Grande École. A cumulative grade point average (CGPA) of 12.0/20 (Assez Bien) or better is required.

Language of tuition English Cost MSc 1771€ per year for EU nationals ; 12650€ per year for third country nationals (2012-13

figures) Accommodation Living costs The cost of living and study, including food, accommodation, transport, books, obligatory health

insurance is estimated between € 850 and € 1,100 per month. In addition, students will need approximately € 1,500 to cover initial settling-in expenses. These amounts do not include tuition fees and other study related costs (2010-2011 figures)




2014-2015 Times Higher Education World University Rankings Top 200: = 71 Engineering & Technology Top 50: 19th

<FichePartenaire Pl_Warsaw University Technology>

Pl-WUT Politechnika Warszawska Warsaw University of Technology

Warsaw, Poland

Web site http://eng.pw.edu.pl/ http://www.pw.edu.pl/engpw/University2/Candidates/Instructions-for-Applicants-of-Foreign-Citizenship-to-Study-on-the-Same-Conditions-as-Citizens-of-Poland

Diplômes Deux Diplômes: Diplôme d’Ingénieur IOTA + Master degree from WUT

Duration 3 or 4 semester depending on course and tracks taken years Course details

MSc in English: Aerospace Engineering; Biotechnology; Electrical Engineering; Mechatronics; Photonics; Telecommunications Information correct in 2014 - but not available during consultation of WUT website on 20161118 Mastersportal lists several WUT Master courses: http://www.mastersportal.eu/universities/807/warsaw-university-of-technology.html


Dans le cadre du programme de double-Master OpSciTech (2007-2013) 2009-10 : Bechir BOURKIZA (Master in Automatics and Robotics specialized in Photonics Engineering/Magister w dyscyplinie Automatyka i Robotyka ze specjalizacj w Inzynierii Fotonicznej from Dept of Mechatronics WUT)

Deadlines You are advised to apply in January for admission in September Admissions Requirements


Language of tuition English Cost Not stated on WUT webpages Accommodation Living costs Local funding Funding (France)

Aide à la mobilité ERASMUS+ Aide à la mobilité forfaitaire IOGS - aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale

20161118

http://eng.pw.edu.pl/

http://www.pw.edu.pl/engpw/University2/Candidates/Instructions-for-Applicants-of-Foreign-Citizenship-to-Study-on-the-Same-Conditions-as-Citizens-of-Poland

http://www.pw.edu.pl/engpw/University2/Candidates/Instructions-for-Applicants-of-Foreign-Citizenship-to-Study-on-the-Same-Conditions-as-Citizens-of-Poland

<FichePartenaire De_F-S-U Jena>

De- F-S-U J

Friedrich-Schiller-Universität Jena

Jena, Germany

Web site http://www.uni-jena.de/ Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MSc from Jena Duration 2 years MSc Photonics (in English at Abbe School of Photonics)

http://www.asp.uni-jena.de/MSc_photonics.html MSc Physics with focus on Photonics (mainly in German)

Course details

A combination of compulsory and elective courses together with laboratory and experimental work. Long internship or lab placement during semester 4. See full course details on <www.master-optics.eu/index.php?id=2>

Past and present students (6 since 2008-09 [MEM course])

Dans le cadre du programme de double-Master OpSciTech (2007-2013) : 2012-13: Martin PERTENAÏS (M2) 2010-11: Aurélie JOST (M2), Aude SAGNIER (M2) 2009-10: Delphine BOURGOUIN (M2), Valentin GALLET (M1) 2008-09: Adrian AZARIAN (M2)

Deadlines 31 January, 31 March and 15 July. Students should apply for January (or March) deadline to avoid disappointment.



Language of tuition English Cost Fees not specified on website, but are generally quite small in Germany Accommodation Living costs Local funding Funding (France)

Bourse d’études de Longue Durée DAAD Aide à la mobilité ERASMUS+ Aide à la mobilité forfaitaire IOGS - aide sociale. Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


http://www.asp.uni-jena.de/MSc_photonics.html

<FichePartenaire De_F-S-U Jena>

Es- UV

Universitat de València (Universidad de Valencia)

Valencia, Spain

Web site Diplômes Deux Diplômes:

Duration 2 years Course details


2016-2017: Madeleine ADRIEN

Deadlines . Admissions Requirements


Language of tuition E Cost Accommodation Living costs Local funding Funding (France)

Aide à la mobilité ERASMUS+ Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


<FichePartenaire Fi_University of Eastern Finland_Joensuu>

SF-UEF Itä-Suomen yliopisto University of Eastern Finland

Joensuu, Finland

Web site http://www.uef.fi/uef/english Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MSc Photonics Duration 2 years Course details

MSc Photonics (in English) https://www2.uef.fi/fi/photonics/master-s-degree-programme-in-photonics http://www2.uef.fi/fi/photonics/programme


Be the first to study at UEF, Joensuu

Deadlines Applications should be made on a central application platform from beginning of December to late January (1 December - 27 January - check exact dates on website)



Language of tuition English Cost No tuition fees will be charged from European students, but there is an obligatory Student Union

membership fee. The membership fees for the academic year 2015-2016 were €126/full year and €65/semester.

Accommodation Living costs Local funding Funding (France)

UEF provides a monthly allowance to students taking MSc courses Aide à la mobilité ERASMUS Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


2016-2017 Times Higher Education World University Rankings Top 200: (top 351-400)

http://www.uef.fi/uef/english

https://www2.uef.fi/fi/photonics/master-s-degree-programme-in-photonics

http://www2.uef.fi/fi/photonics/programme

<FichePartenaire Dk_DTU_Kongens Lyngby>

Dk-DTU

Danmarks Tekniske Universitet Technical University of Denmark

Kongens Lyngby, Denmark

Web site http://www.dtu.dk/default.aspx Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MSc in Physics and NanoTechnologies. The DTU MSc in Physics and NanoTechnologies is a DTU/TUM (Munich) strategic Master. At the end of the first year, the best students can choose to take a double master with year 2 at TUM

Duration 2 years at DTU. Academic year: late August/early September (Monday closest to 1 September) to end of June

Course details

MSc in Physics and Nanotechnology with 4 main subject areas: a) Atomic-scale Physics; b) Nanosystems Engineering; c) Optics and Photonics; d) Biophysics and Complex Systems. http://www.fys.dtu.dk/English/Education/Physics_and_Nanotechnology/Master_Programme_in_ Physics_and_Nanotechnology.aspx

Below you will find 2 suggested study plans that lead to the study line Optics and Photonics. These are only examples, and many other possibilities exist Example 1. 1st semester (fall): Advanced Quantum Mechanics (10 ECTS) Modern Photonics (5 ECTS) Statistical Physics (5 ECTS) Nonlinear Mathematical Physics (5 ECTS) Project in Optics and Photonics (5 ECTS) 2nd semester (spring): Nanophotonics (10 ECTS) Fiber and Integrated Optics (5 ECTS) Numerical Methods in Photonics (5 ECTS) Bio-medical Optics (5 ECTS) Modern Topics in Nanophotonics (5 ECTS) 3rd semester (fall): Technology, economics, management and organisation (10 ECTS) Nonlinear Optics (10 ECTS) Master Thesis (40 ECTS) or From Photonics to Optical Communication (5 ECTS) Quantum Optics (5 ECTS) 4th semester Master Thesis (continued or 30 ECTS)

Example 2 1st. semester (fall): Modern Photonics (5 ECTS) Nonlinear Optics (10 ECTS) Fabrication of Nanophotonic Devices (7.5 ECTS) Project in Optics and photonics (5 ECTS) 2nd semester (spring): Nanophotonics (10 ECTS) Fiber and Integrated Optics (5 ECTS) Semiconductor Technology (5 ECTS) Numerical Methods in Photonics (5 ECTS,) Modern Topics in Nanophotonics (5 ECTS) 3rd semester (fall): Technology, economics, management and organisation (10 ECTS) From Photonics to Optical Communication (5 ECTS) Master Thesis (50 ECTS) or Quantum Optics (5 ECTS) Statistical Physics (5 ECTS) or Nano-2: Nanosystems Engineering (10 ECTS) 4th semester (spring): Master Thesis (continued/40 ECTS starting Jan)

Past & present (1 in 2015)

2015-2016 : One student admitted, but resigned after successfully completing the first year

Deadlines 1 March at latest; Online application opens December http://www.dtu.dk/english/education/msc/admission_application.aspx



Lang. of tuition English Cost No fees for EU students ; DKK 102,500 (approx 13,500€) per year for third country students Accommodation Living costs Funding (France)

Aide à la mobilité ERASMUS+ Aide à la mobilité CROUS pour boursiers CROUS – aide sociale


2015-2016 Times Higher Education World University Rankings Top 200: = 176

http://www.dtu.dk/default.aspx

<FichePartenaire Ch_EPFL_Lausanne>

Ch-EPFL Ecole Polytechnique Fédérale de Lausanne

Lausanne, Suisse

Web site http://www.epfl.ch/index.en.html Diplômes Deux Diplômes:

Diplôme d’Ingénieur de l’Institut d’Optique + MS from EPFL Duration 1.5 (90 ects) to 2 years (120 ects) Academic year begins mid-September. Course details

MSc Microengineering - http://master.epfl.ch/microengineering MSc Physics and Applied Physics - http://master.epfl.ch/physics Other Master courses could also be suitable for students from IOGS


Several good stdunts have been rejected since 2013 2013-15 : Samuel SPIESER (MSc Microengineering/Microtechnique) 2012-14 : Clément JAVERZAC-GALY (MSc Physics), Manon ROSTYKUS (MSc Microengineering)

Deadlines 15 January and 15 April; you are advised to apply for January. Decision generally within 6 weeks. Admissions Requirements

Students are advised to have a strong working knowledge of both French and English. NB. EPFL has a very selective admissions policy (60% success rate for students from IOGS!!!!!

Application file Required Documents and Information All documents and diplomas should be in English, French, German or Italian. Please join a legalized translation of all documents written in another language. 1) Your resumé (curriculum vitae) 2) Copy of your University degree(s) or Bachelor's degree. If you don't have your degree yet, it is essential that you bring it to the Registrar's Office as soon as you arrive at EPFL. Diplôme d’Etudes Graduées en Ingénierie / Bachelor of Science de l’IOGS. 3) Legalized transcripts from each university you have attended. 4) A statement of purpose. 5) Three recommendations (except for candidates from another Swiss university applying to a Master in the same field of study as their Bachelor). During the electronic application process, you will have to give the details of three referees, who will then be requested to produce recommendation letters for you directly to EPFL. 6) Your identity card or passport. Application fee = 110 CHF

Language of tuition Lausanne is situated in a multicultural part of Switzerland and the official language of the area is French. The EPFL Master’s programs are taught in English or French, some in both languages.

Cost & living costs Tuition fees 633 CHF per semester ; estimated cost of living 10000 CHF per semester NB 1 Nov 2011 100 CHF = 82€34

Accommodation There are several student residences in Lausanne. Students can also rent a room through private landlords. However, there is a strong demand for housing and students should make sure they start looking for accommodation early. The Student Affairs of EPFL can help find suitable accommodation. Also refer to the housing website : http://logement.epfl.ch




2015-2016 Times Higher Education World University Rankings Top 200: 30th 2014-2015 Engineering & Technology Top 50: 12th

http://www.epfl.ch/index.en.html

<FichePartenaire Ca_Universite de Laval>

Ca-UL Université Laval Laval, Québec, Canada

Web site http://www2.ulaval.ca/ Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + Maîtrise avec mémoire en Physique ou

Maîtrise en Physique Médicale avec mémoire Maîtrise de Biophotonique avec mémoire


https://capsuleweb.ulaval.ca/pls/etprod7/y_bwckprog.p_afficher_fiche?p_session=201109&p_ code_prog=MM-PHY&p_code_majr=PHY&p_code_camp=&p_type_index=4&p_valeur_index=2 OR https://capsuleweb.ulaval.ca/pls/etprod7/y_bwckprog.p_afficher_fiche?p_session=201109&p_ code_prog=MM-PHY&p_code_majr=PMM&p_code_camp=&p_type_index=4&p_valeur_index=2 OR (Biophotonique) https://capsuleweb.ulaval.ca/pls/etprod7/y_bwckprog.p_afficher_fiche?p_session=201109&p_ code_prog=MM-BPH&p_code_majr=BPH&p_code_camp=&p_type_index=4&p_valeur_index=2

48 crédits (7 ou 11 crédits recherche) Physique Médicale comporte 15 crédits Physique Médicale obligatoires : Physique des radiations en radiothérapie et en radiologie - Laboratoire en physique médicale - Radioprotection et curiethérapie - Planification de traitement en radiothérapie externe - Imagerie médicale

Past and present students (1 since 2007)

2007: Guillaume GOUBERT

Deadlines Date cible 1 février Application file Il est fortement conseillé d’avoir prix contact (ou avoir trouvé un directeur de recherche pour le

projet recherche avant d’envoyer le formulaire d’admission. *Formulaire de demande d’admission, *64 $Can frais d’ouverture de dossier *CV et lettre de motivation, *Certificat de naissance *Relevé de notes (CPGE + 1A) + Diplôme d’Etudes Graduées en Ingénierie/Bachelor of Science de l’IOGS. *Attestations de diplômes * 3 lettres de recommandation *Ebauche de projet de recherche


Guide de l’admission http://www2.ulaval.ca/futurs-etudiants/programmes-de-2e-et-3e-cycles/la-recherche-et-la-creation.html Le grade du premier cycle (Diplôme d’Etudes Graduées en Ingénierie/Bachelor of Science de l’IOGS) ou une formation jugée équivalente.

Language of tuition French « Normalement, toutes les activités sont en français à moins de situations particulières. Le candidat doit posséder une connaissance pratique du français oral et écrit et une bonne compréhension de l'anglais écrit. Celui qui ne satisfait pas à ces exigences peut se voir imposer par la direction de programme une scolarité d'appoint en langues. »

Cost http://www.sf.ulaval.ca/droitsscolarites/calcul_des_ droits.htm#%C3%89tudiant%20%C3%A9tranger%202e%20cycle

Accommodation Living costs Local funding Funding (France)



2015-2016 Times Higher Education World University Rankings Top 251-300:

<FichePartenaire Ca_EPM_Montreal>

a Poly MTL

Ecole Polytechnique de Montréal Montréal, Canada

Web site http://www.polymtl.ca/ Diplômes Deux Diplômes: Diplôme d’Ingénieur de l’Institut d’Optique + Maîtrise Génie Physique


Maîtrise Génie Physique 45 crédits profil recherche (15 crédits cours + 30 crédits recherche) Maîtrise Génie Physique 45 crédits profil cours (30 crédits cours + 15 crédits recherche ; ou 33 crédits cours + 12 crédits recherche ; ou 36 crédits cours + 9 crédits recherche ; ou 39 crédits cours + 6 crédits recherche) http://www.polymtl.ca/etudes/cs/physique/maitrise.php

20 Cours proposés (3 crédits) Compléments d'optique guidée - Optique quantique - Cristaux photoniques - Sujets d'actualité en optique-photonique - Semi-cond. homog. et hétérostr. quantiques - Interaction laser-matériaux - Introduction à la nanotechnologie - Germination et croissance des couches minces - Structures électroniques:molécule au solide - Physique mésoscopique - Nanoingénierie des couches minces - Caract. avanc.surf.interfaces couches minces - Optique guidée - Fondements de photonique - Dispositifs électroniques - Microfabrication - Microsystèmes - Bases physiques de la télédétection - Physique de la matière condensée - Biophotonique


Be the first to study at PoliMontréal

Deadlines Candidature électronique 1 mars; documents complémentaires – réception pas plus de 15 jours après l’envoi de la candidature électronique.

Application file *Formulaire de demande d’admission, *75 $Can frais d’ouverture de dossier *CV et lettre de motivation, *Une copie du document de nationalité française *2 x Relevé de notes (CPGE + 1A) + Diplôme d’Etudes Graduées en Ingénierie/Bachelor of Science de l’IOGS. *Attestations de diplômes * 3 lettres de recommandation


Le grade du premier cycle (Diplôme d’Etudes Graduées en Ingénierie/Bachelor of Science de l’IOGS) ou une formation jugée équivalente. GPA cumulative d’au moins 2.75/4.00

Language of tuition French « Normalement, toutes les activités sont en français à moins de situations particulières. Le candidat doit posséder une connaissance pratique du français oral et écrit et une bonne compréhension de l'anglais écrit. Celui qui ne satisfait pas à ces exigences peut se voir imposer par la direction de programme une scolarité d'appoint en langues. »

Cost Consulter le site Accommodation Living costs Local funding Funding (France)



2015-2016 Times Higher Education World University Rankings Top 200: = 103

http://www.polymtl.ca/etudes/cs/physique/maitrise.php