International! Master2! Atmospheric Environment! · Master 2 Atmospheric Environment 2014-2015 4"!!!!! N O V to J A N F E B t o J U N E Physics Chemistry 1 unit of Language

International Master 2

Atmospheric Environment

2014-‐2015

Master 2 Atmospheric Environment 2014-2015

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2

radiative transfert spectroscopy

reactivity

air quality aerosol

PM2.5

VOCs

Mass spectrometry

soot

Atmospheric remote sensing

clouds

clouds greenhouse gases

A s tro ng backgro und in theo ry and practical wor ks

GC/MS


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September

8th 10-‐12 a.m. Start meeting, Building C15, room 103

S3 September

9th First semester starting AE1-‐CHEM, AE2-‐CHEM, AE1-‐PHY, AE2-‐PHY, AE6 10th 9 am English test

Building C1, room Kulhmann 19th 1 pm-‐5 pm French test(FLE)

Amphi 13 -‐ Bât SUP

October 25th End of AE1-‐CHEM, AE2-‐CHEM, AE1-‐PHY, AE2-‐PHY 25th-‐ Nov 2nd Autumn break

November 3rd Written exam(1) AE1-‐CHEM/AE1-‐PHYS 4th Written exam(1) AE2-‐CHEM/AE1-‐PHYS 5th Start of AE3, AE4, AE5 29th Definitive choice of the topic of the internship (list of 3)

January 9th End of the S3 semester 12th -‐16th AE3, AE4, AE5 Written exam(1)

S4 February

2nd Full time research internship in Research Lab(2) or Industry.

June 22th -‐ 26th Oral defence of the internship 30th End of S4 semester

-‐-‐-‐-‐-‐ (1) To be confirmed. A second session will be organized after each first session. (2) For students granted a scholarship from the Labex CAPPA, internship must be selected among those proposed by the Labex.

KEY DATES


4

NOV

to

J AN

FEB to

J UN E

Physics Chemistry

1 unit of

Language

AE6

English /

French

Research training in Laboratory

Full-time research position in lab involved in the Labex CaPPa

SEPT to

OCT

2 units of Physics AE1-PHY : Electronic structure and vibration-rotation spectroscopy AE2-PHY : Radiative transfer in the atmosphere heterogeneous phases

2 units of Chemistry AE1-CHEM : Advanced methods of analysis AE2-CHEM: Reactivity in homogeneous and heterogeneous phases

3 units of Chemical Physics AE3 : Physics and chemistry of the atmosphere AE4 : Advanced Spectroscopic Techniques for Environmental Analysis AE5 : Observation systems for atmospheric monitoring


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September 2014 – January 2015

List of the units

AE1-‐PHYS AE1-‐CHEM

AE2-‐PHYS AE2-‐CHEM

AE3

AE4

AE5

AE6


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5 ECTS Module manager: Pr. Thérèse HUET

therese.huet@univ-‐lille1.fr Objectives

• To understand qualitatively and/or quantitatively the physical processes describing the molecular spectra structure.

• To acquire the theoretical basis of molecular modeling. • To be able to choose the best simulation method regarding the problem.

• To be able to criticize and to comment the results. Intented Learning Outcomes:

• ab initio methods for describing the electronic structure: the Hartree-‐Fock model

• Modeling the electronic correlation: post Hartree-‐Fock methods • The vibration-‐rotation structure: energy model • Molecular spectra: intensity model • Spectroscopy of diatomic radicals

Teaching and Learning Activities: Lectures: 40 hours

AE1-PHY- ELECTRONIC STRUCTURE AND VIBRATION-ROTATION SPECTROSCOPY


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5 ECTS Module manager: Pr. Philippe DUBUISSON

philippe.dubuisson@univ-‐lille1.fr Objectives

• To understand the principles in radiation-‐matter interaction: scattering, absorption, emission and polarization.

• To be able to choose the adequate numerical method to solve the radiative transfer equation

• To be able to use a radiative transfer code for radiance or irradiance simulations

• To be able to analyze and to comment the simulations. • To acquire a first level of expertise on inverse problems for gas and particle characterization.

Intented Learning Outcomes:

• Basis on solar and thermal radiative transfer • Modelling the radiative transfer equation in emitting, absorbing and scattering media

• Overview of the main radiative transfer code • Inverse problem in radiative transfer for gas, aerosol and cloud characterization

Teaching and Learning Activities: Lectures : 40 hours

AE2-PHY- RADIATIVE TRANSFER IN THE ATMOSPHERE


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5 ECTS Leader: Pr. Eric THERSSEN

eric.therssen@univ-‐lille1.fr Prerequisites: Spectroscopy, thermal radiation, molecular symmetry, crystallography, mineral chemistry, materials (level M1) Programme / Objectives / knowledge and skills: This unit aims to present different analysis techniques applied to the study of individual cases, for example:

• Gas and liquid chromatography. Instrumentation, sampling techniques, common detectors and coupling to mass spectrometry.

• Molecules in the gas phase or aerosols by non-‐invasive detection by fluorescence and laser-‐induced incandescence to analyse pollutants or reactive species,

• Trace of pollutants by electrochemical techniques to analyse metals in water, soil, sediment.

• Molecular or ionic crystal by vibrational spectroscopy (Raman). Teaching and Learning Activities: Lectures: 40 hours

AE1-CHEM- ADVANCED METHODS OF ANALYSIS


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5 ECTS Module manager: Dr.Florent LOUIS

florent.louis@univ-‐lille1.fr Objectives On completion of this module, students will be able to demonstrate an insight into and knowledge of the used models in the field of chemical kinetics, combustion chemistry, catalysis, and catalytic combustion. In addition, on completion of this module, students will be able to demonstrate improved levels of skills in problem solving, analytical and critical thinking, communication and presentation. These skills will be developed through a variety of exercises. Intented Learning Outcomes:

• Chemical kinetics (experimental methods, collision theory, transition state theory, unimolecular reactions),

• Combustion chemistry (auto-‐inflammation, flames, reaction mechanisms, pollutant formation, experimental methods),

• Catalysis (rate law, reaction mechanisms), • Catalytic combustion (thermodynamics and transport, chemistry, reactors and applications).

Teaching and Learning Activities: Lectures: 40 hours (36h of courses, 4h of practical work)

AE2-CHEM – REACTIVITY IN HOMOGENEOUS AND HETEROGENEOUS PHASES


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5 ECTS Module manager: Pr. Denis PETITPREZ

denis.petitprez@univ-‐lille1.fr Objectives: Students are able to -‐ explain the structure of the atmosphere and the movements that occur there – to understand the chemical processes which responsible of the formation and the destruction of the ozone in the troposphere and in the stratosphere -‐ to name the mechanisms of important atmospheric chemistry reactions. Intented Learning Outcomes:

• Origin, composition and vertical structure of the atmosphere • Cycles of atmospheric constituents • Aerosols and clouds formation • Photochemistry • Stratospheric ozone – chemistry of the troposphere • multiphase chemistry • Knowledge of basic physical and chemical properties of aerosol particles

• Instrumentation for gas and aerosols measurements. Teaching and Learning Activities: Lectures: 40 hours

AE3 – PHYSICS AND CHEMISTRY OF THE ATMOSPHERE


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5 ECTS Module manager: Pr Christian FOSCA

christian.fosca@univ-‐lille1.fr Objectives:

• Ability to assess and address a complex environmental sample analysis based on spectroscopic solutions

• Critical evaluation of a given technique advantages and drawbacks – ability to propose new developments / variants

• Design, document and conduct an optimized experimental procedure, including spectroscopic data acquisition and processing

• Ability to derive significant quantitative parameters from spectroscopic analysis


• Rotational spectroscopy • Gas phase THz spectroscopy of atmospheric compounds • Vibrational spectroscopy -‐ Raman and infrared • Advanced absorption spectroscopic techniques • Metrology of trace species by laser induced fluorescence and incandescence

• Condensed phase analysis using laser-‐based techniques Teaching and Learning Activities: Lectures: 28 hours Practice works: 12 hours

AE4 – ADVANCED SPECTROSCOPIC TECHNIQUES FOR ENVIRONMENTAL ANALYSIS


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5 ECTS Module manager: Pr Philippe GOLOUB

philippe.goloub@univ-‐lille1.fr Objectives:

• To understand the principles of the main instruments used for atmospheric composition characterization and monitoring

• To become more familiar with aerosols properties / distribution and relevant databases

• To understand advantages/limitations of individual instrument and relevance of instrumental synergies.

• To acquire a first level of expertise on aerosol/gas identification combining multiple data sources.

• To be able to choose the adequate set of instruments for aerosol / gas identification

• To be able to provide first interpretation of satellite and ground-‐based data


• Basis on aerosol chemical composition, microphysical (size distribution, shape), optical and radiative properties, sources and formation processes.

• Overview of remote sensing and in situ instrumentations currently used for atmospheric aerosol optical, microphysical and chemical properties and gas.

• Overview of the main atmospheric ground-‐based networks and satellite observing systems dedicated to aerosol/gas monitoring.

Teaching and Learning Activities: Lectures: 24 hours Practice works: 16 hours

AE5 – OBSERVATION SYSTEMS FOR ATMOSPHERIC MONITORING


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UE Title of the unit Teachers (lectures)

AE1-‐PHYS Electronic structure and vibration-‐rotation spectroscopy

T. Huet (20 H) D. Duflot (20 H)

AE2-‐ PHYS Radiative transfer in the

atmosphere P. Dubuisson (20 H) P. Goloub (20 H)

AE1-‐CHEM Advanced methods of analysis

E. Therssen (12 H) N. Visez (10 H)

A. Moissette (12 H) G. Billon (6 H)

AE2-‐CHEM Reactivity in homogeneous and heterogeneous phases

F. Louis (12 H) G. Vanhove (12 H) P. Granger (12 H)

AE3 Physics and chemistry of the

atmosphere D. Petitprez (20 H)

C. Brogniez (20 H)

AE4 Spectroscopic and optical

methods

C. Focsa (6 H) R. Motiyenko (6 H) A. Cuisset (6 H) M. Choël (6 H) E. Therssen (3 H) W. Chen (3 H)

AE5 Observation systems for atmospheric monitoring

P. Goloub (12 H) V. Riffault (12 H)

AE6 Advanced English/

French Karen Becquet Leonore Bereksi

TEACHING STAFF MASTER 2 ATMOSPHERIC ENVIRONMENT UPDATE SEPT. 2014


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Teachers (practicals) Evaluation(1)

Written exam (3 H) Second exam = oral

Written exam

50 % (PhD) – 50 % (PhG)

Written exam (3 H) 1 exam (45’) / teacher

F. Louis (4 H) Written exam

1/3 (FL) – 1/3 (GV) – 1/3 (PG)

N. Visez (4 H) Written exam

50 % (DPz) – 50 % (CBz)

C. Focsa (2 H) R. Motiyenko (2 H) A. Cuisset (2 H) M. Choël (2 H) E. Therssen (1 H) W. Chen (1 H)

Written exam + ORAL (rattrapages)

P. Goloub (4 H) A. Mortier (4 H) V. Riffault (8 H)

Written exam 50% (PG) – 50% (VR)

Written exam

TEACHING STAFF MASTER 2 ATMOSPHERIC ENVIRONMENT UPDATE SEPT. 2014

(1) the final rules will be set on the pedagogical Joint Committee during the S3


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5 ECTS ENGLISH Module manager: Ms. Karen Becquet This module is designed to educate students to achieve a level of proficiency that approximates to C1/B2 in the European Language Portfolio. It will look at language through how it is used in the media and in the wider community, helping students increase their language knowledge through the application of techniques in text analysis. It will help students to enhance their oral/aural skills and their formal writing. It will also provide background support in giving presentations and in the qualitative research techniques that will be used to produce a community-‐based project about language use.

Aims:

• LANGUAGE PRACTICE Students are encouraged to use their proficiency in English in various situations such as meetings, discussions or topical conversations about current news items.

• ORAL AND WRITTEN COMPREHENSION Scientific newspapers and magazines, TV and radio documents.

• JOB AND BUSINESS LANGUAGE Reading job advertisements, writing a CV and a covering letter, preparing for an interview. Communicating with people in a business environment.

• ACADEMIC ENGLISH Students’ attention is drawn on the differences between spoken and written language, with a focus on future reports, essays and thesis.

• SCIENTIFIC ENGLISH Students are invited to practice their English in the field of scientific experiment, covering all aspects of laboratory language.

AE6 – ADVANCED ENGLISH


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5 ECTS FRENCH Basics of French for every day life Module manager: Ms. Leonore Bereksi, SUP Building French courses for Bachelor’s and Master’s Degree foreign Students SUP Building – FLE Department You will follow French courses which will enable you, according to your level (from A1 beginner to C1/C2 advanced): • To improve your level… • to continue your university studies, to improve your written and oral

skills in understanding and expression according to your needs and the demands of yours professors

• to integrate you better in the daily life in France • to know better the French culture, the national and current events

AE6 – FRENCH / FRANÇAIS LANGUE ETRANGÈRE (FLE)


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From September to December 2014

Friday 1.30-‐4.30pm courses at SUP / SUAIO’s building, 2nd floor semaine 39 vendredi 26 septembre cours1 semaine 40 vendredi 3 octobre cours 2 semaine 41 vendredi 10 octobre cours 3 semaine 42 vendredi 17 octobre cours 4 semaine 43 vendredi 24 octobre cours 5 semaine 44 vendredi 31 octobre vacances Holidays semaine 45 vendredi 7 novembre cours 6 semaine 46 vendredi 14 novembre cours 7 semaine 47 vendredi 21 novembre examen final final evaluation semaine 48 vendredi 28 novembre pas de cours no courses semaine 49 vendredi 5 décembre pas de cours no courses semaine 50 vendredi 12 décembre rattrapage retake * inscription DELF DALF = 24 hours of classes

AE6 – ADVANCED ENGLISH / FRENCH CALENDAR


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This training in french language enables you to validate 2 ECTS if : -‐ you regularly attend classes and remain involved in activities (24 hours of classes)

-‐ participate to the continuous exam (35% of the final mark) and to the final exam (65% of the mark)

-‐ pass the exams (minimum 10/20) You will receive a certificate stating your level, the number of hours followed in this lesson, the ECTS gained. Your marks will be directly given to the pedagogical secretary.

Secretary : Samia BOUAFIA SUPFLE-‐licencemaster@univ-‐lille1.fr SUP/Department FLE, office 205 Phone: +33 (0)3 20 05 87 24 Monday, tuesday, thursday: 1:30 pm – 5 pm Friday: 8:30 am – 12:30 and 1:30 pm – 5:30 pm

Diplômes DELF/DALF Exam dates: from the 10th December to the 12th December 2014 Sign up for the exam from the 1st to the 10th of November at PRES http://www.univ-‐lille-‐nord-‐de-‐france.fr/ à PRES ULNF à l’Institut Pasteur Bâtiment Debeyre -‐ 1, rue du Professeur Calmette, Lille Standard 03.20.43.86.46 nermin.meyer@pres-‐ulnf.fr -‐ 03.20.43.86.47

AE6 – ADVANCED ENGLISH / FRENCH CALENDAR


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February 2014 – June 2014 î Full-‐time research position in lab involved in the Labex CaPPA î Written report (20 pages) î Oral defence (15’) Visits of the labs: Schedule for lab visit update 2014-‐09-‐02

Wen Sept 10th LASIR (Lille1) Sophie Sobanska 14:00 -‐ C5 office 016 Wen Sept 17th LPCA (Dunkerque) Eric Fertein 12:00 1 -‐ in front of C15 Wen Sept 24th PhLAM (Lille1) Maurice Monnerville 14:00 -‐ P5 room 172 Wen Oct1st PC2A (Lille1) Denis Petitprez 14:00 -‐ C11 entrance Wen Oct 8th LOA (Lille1) Isabelle Chiapello 14:00 -‐ P5 meeting room 330 Wen Oct 15th Mines Douai (Douai) Véronique Riffault 14:00 2 -‐ in front of C15

1 : metro + train (to be confirmed) 2 : minibus (to be confirmed)

Date Lab Contact Time -‐ Meeting point


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The full list of the subjects

is available on:

http://labex-‐cappa.univ-‐lille1.fr/M2-‐these-‐postdoc/Offres-‐

de-‐stage-‐Master2/


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S3 Six Units 5 ECTS/unit total score of the unit >10/20 → unit validated (5 ECTS) total score of the unit <10/20 → second exam à6 units validated → S3 validated (30 ECTS) S4 Internship Supervisor evaluation + written report evaluation + oral defence (jury) àTotal quote > 10/20 → S4 validated (30 ECTS) S3 AND S4 validated → GRADUATE

Offers will be available at the beginning of 2015. Application: In spring. The final score in M2 (S3 and S4) will be an important evaluation criterion for the application for funding the thesis.

EXAMS – EVALUATION RULES

PhD


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Lille 1 University offers welcoming and integration services

í Tandems internationaux tandems de Lille langues-‐en-‐tandem.univ-‐lille1.fr

í Cafés Langues Once a month at the “Espace Culture” – University Lille 1 à every Wednesday night from September to December 2014 8th October -‐ 12th November -‐ 3rd December

í Ateliers de conversation – talk-‐working groups Sign up at the CRL – SUP – ground floor At lunch time (to confirm)

WELCOME ACTIVITIES


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v Person in charge of the training Prof. Denis PETITPREZ denis.petitprez@univ-‐lille1.fr Phone: +33 (0) 320 43 65 62 Building C11 – office 7 (ground floor)

v Person in charge of the Speciality of the Master of Chemistry (CEE) Prof. Pascal GRANGER pascal.granger@univ-‐lille1.fr Phone: +33 (0) 320 43 49 38 Building C3 – office 12 (ground floor) Secretary Mr. Jeremy LECLERC jeremy.leclercq@univ-‐lille1.fr Phone: +33 (0) 03 20 33 62 34 Building C15 – office 001

v Person in charge of the Speciality of the Master of Physics (LM) Prof. Thérèse HUET therese.huet@univ-‐lille1.fr Phone: +33 (0) 320 43 64 60 Building P5 – office 133 Secretary Marie-‐Odile Descamps marie-‐odile.descamps@univ-‐lille1.fr Phone: +33 (0) 320 43 44 12 Building P1 – office 008

CONTACTS


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v Labex CAPPA http://labex-‐cappa.univ-‐lille1.fr/

Direction Dr. Didier TANRÉ Didier.Tanre@univ-‐lille1.fr Building P5 – office 362 Dr. Pascale DESGROUX pascale.desgroux@univ-‐lille1.fr Building C11 – office 103 Communication Anne BURLET-‐PARENDEL anne.burlet-‐parendel@univ-‐lille1.fr Building P5 – office 370 Secretary manager Julie HÉRISSON julie.herisson@univ-‐lille1.fr Building P5 – office 370 Anne PRIEM anne.priem@univ-‐lille1.fr Building P5 – office 316

ð The full address of each university staff can easily be found using the

online directory: http://www.univ-‐lille1.fr/Accueil/Annuaire/

CONTACTS


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NOTES


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NOTES

Documents

International! Master2! Atmospheric Environment! · Master 2 Atmospheric Environment 2014-2015 4"!!!!! N O V to J A N F E B t o J U N E Physics Chemistry 1 unit of Language