savadogo cv nserc 2014

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Campus

Ecole Polytechnique

NOMINATION UN TABLISSEMENT POSTSECONDAIRE

5

15

7

1

15

43

1

1

15

25

9

8

14

71

15

3

2

1

21

35

44

18

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Baccalaurat Sciences des matriaux ENSICAEN FRANCE 61981/

Matrise Doct.3e cycle- Matriaux ENSICAEN FRANCE 61982/

Doctorat Doct. d'tat lectrochimieMatriaux nergie

ENSICAEN FRANCE 71985/

PERSONNEL HAUTEMENT QUALIFI (PHQ)

Dateaaaa/mm

FORMATION UNIVERSITAIRE

FORMULAIRE 100Formulaire de renseignements personnels

PARTIE I

Date

2015/01/24

Les renseignements personnels figurant dans ce formulaire et dans les annexesseront intgrs dans le fichier de renseignements personnels du programme appropri.

PROTG UNE FOIS REMPLI

English version availableFormulaire 100 (2009 W)

Non-complt

Oumarou O 42275

Nom de famille N d'identification personnel(NIP)

Prnom Initiale(s) de tous les prnoms

SAVADOGO

tudiants de 1er cycle

tudiants la matrise

tudiants au doctorat

Stagiairespostdoctoraux

Autres

Total

ActuellementAu cours des six dernires annes( l'exception de l'anne en cours)

TotalCosupervisionSupervisionCosupervisionSupervision

Prcisez le nombre d'tudiants, de stagiaires et d'autres personnels de recherche que vous supervisez ou avez superviss :

Diplme Nom de la discipline tablissement Pays

Pour les postes de professeurs mrites plein temps et les postes temps partiel, remplissez lannexe C.

Lieu d'emploi autre qu'un tablissement postsecondaire canadien(indiquez-en l'adresse l'annexe A).

Je n'occupe pas de poste ou n'en occuperai aucun au sein ducorps professoral d'un tablissement postsecondaire canadien.

Une nomination universitaire/collgialepermanente ou menant la permanence

NonOui X

Nomination temps partiel Nomination plein temps X

Pour les nominations universitaires qui ne sont pas permanentes ouqui ne mnent pas la permanence et pour les postes de professeursmrites, remplissez les annexes B et C.

Gnie chimiqueDpartement

ProfesseurTitre du poste

J'occupe un poste au sein du corps professoral d'un collgecanadien admissible (remplissez les annexes B-1 et C).

tablissement postsecondaire canadien

cole Polytechnique de Montral

Valide


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SAVADOGO42275

N d'identification personnel (NIP) Nom de famille

EXPRIENCE DANS L'ENSEIGNEMENT, LA RECHERCHE OU L'INDUSTRIE (page supplmenatire)Priode

(de aaaa/mm aaaa/mm)

tablissementPoste occup

(commencez par le poste actuel) Dpartement

Valide

2002/0907/2003

Professeur Invit Yokohama National University Energy and Safety Eng.

1999/0605/2004

Professeur cole Polytechnique Gnie physique

1998/0109/1998

Directeur de programme cole Polytechnique Gnie physique et gniedes matriaux

1994/0605/1999

Professeur agrg cole Polytechnique Gnie des matriaux

1992/0605/1994

Professeur adjoint cole Polytechnique Gnie des matriaux

1987/0912/1991

Chercheur Senior cole Polytechnique Gnie des matriaux

1986/09

06/1987

Ass. enseignement cole normale suprieure de France Chimie

1985/0805/1986

Ingnieur procd Rhne-Siltec, France Recherche etdveloppement

1998 09/Professeur cole Polytechnique de Montral Gnie chimique

PROTG UNE FOIS REMPLI English version availablFormulaire 100 (2009 W), page 2 de 4


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Titre de la proposition, source et programmede financement, et temps consacr

(heures/mois)Montantannuel

Nom de famille et initiale(s)du candidat

APPUI LA RECHERCHEAnnes de

validit(aaaa)

SAVADOGO

Nom de famille

42275

N d'identification personnel (NIP)

b) appui dont vous bnficiez actuellement et c) appui qui fait l'objet d'une demande. Dans le cas des subventions de groupe, indiquez la proportion(en pourcentage) des fonds affects directement votre recherche. Utilisez des pages supplmentaires au besoin.

titre de candidat ou de membre d'un groupe : a) appui dont vous avez bnfici au cours des quatre dernires annes mais qui a pris fin,Dressez la liste de toutes les sources d'appui ( y compris les subventions du CRSNG et les fonds de lancement de l'universit ) dtenues

Valide

a) Financement dtenu au cours des quatre (4) dernires annesSavadogo, O.

10 heures/mois

Devevelopment of Pd-Co catalyst on Nissansupport for PEFC ApplicationsNISSAN Motor Research Center(Japan)Inductrial Contract

20052006

(100%)(100%)

12,50052,500

b) Financement actuellement dtenuSavadogo, O.

20 heures/mois

Technologie solaire AppliqueACDIPUCD-ACDI

20062007200820092010

(100%)(100%)(100%)(100%)(100%)

193,400193,400

193,400193,400

193,400

Savadogo, O. Development of a new formalism for oxygencatalysts designNSERCDiscovery grant

20062007200820092010

(100%)(100%)(100%)(100%)(100%)

33,00033,000

33,00033,000

33,000

Savadogo, O. Development of Polymer Alkaline Electrolyte

Membrane Fuel Cell (PAEMFC) based onalkali-doped Polybenzimidazole (PBI)CRSNGProgramme stratgique

2007

2008

(100%)

(100%)

120,365

113,865

Formulaire 100 (2009 W), page 3 de 4 PROTG UNE FOIS REMPLI English version available


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Titre de la proposition, source et programmede financement, et temps consacr

(heures/mois)Montantannuel

Nom de famille et initiale(s)du candidat

APPUI LA RECHERCHEAnnes de

validit(aaaa)

SAVADOGO

Nom de famille

42275

N d'identification personnel (NIP)

b) appui dont vous bnficiez actuellement et c) appui qui fait l'objet d'une demande. Dans le cas des subventions de groupe, indiquez la proportion(en pourcentage) des fonds affects directement votre recherche. Utilisez des pages supplmentaires au besoin.

titre de candidat ou de membre d'un groupe : a) appui dont vous avez bnfici au cours des quatre dernires annes mais qui a pris fin,Dressez la liste de toutes les sources d'appui ( y compris les subventions du CRSNG et les fonds de lancement de l'universit ) dtenues

Valide

b) Financement actuellement dtenuDemopoulos, Savadogo,Guavin

30 heures/mois

Nanocrystalline Titania-based Dye-SensitizedSolar CellsCRSNG-STRATGIQUE

200720082009

(45%)(45%)(45%)

142,100142,100142,100

Savadogo, Oumarou

40 heures/mois

Development of new alcohol tolerant Pd-alloyscathodes for Direct alcohol PEM fuel cellsNSERCSpecial strategic programme

2008(100%)85,225

Savadogo, O

40 heures/mois

Catalyst and membrane breakthrough for Direct

high temperature propane PEM fuel CellapplicationsNSERCDiscovery grant

2011

2012201320142015

40,000

40,000

40,00040,000

40,000

Formulaire 100 (2009 W), page 3.1 de 4 PROTG UNE FOIS REMPLI English version available


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Personnel hautement qualifi (PHQ)Fournissez des renseignements personnels au sujet des personnes que vous supervisez actuellement ou que vous avez supervises au cours dessix dernires annes (y compris en cosupervision).

Priode desupervision oude cosupervision

Type de formationde PHQ et statut

Nom du stagiaire Titre du projet ou de la thse Poste actuel

Nom de familleN d'identification personnel (NIP)

42275 SAVADOGOValide

2013(Termine) -Sam Myles Doctorat Supervision PhD studentDevelopment of Hybrid Solar

PV-Thermal system

2012(En cours) -IsabelleFotsing

Doctorat Supervision PhD studentElectrodeposition de couchesminces de Zn3P2 pour le solaire

2012(En cours) -LinaKafrouni

Doctorat Supervision PhD student: laboration et tude de Pd-Copour le biomdical

2012(En cours) -Pengyu Chen Doctorat Supervision PhD studentDveloppement de la pile

combustile membrane de

2010(Non termine) -AJAO,Olumoye

Doctorat Cosupervision Ph.D StudentDevelopment of a ligninbiorefinery into a Kraft pulp mill

2010(Non termine) -MyriamHaddad

Doctorat Cosupervision Ph. D. studentEffet des membranes surl'lectrodialyse de la liqueur noire

2008(En cours) -NguwuoPentuenju,

Doctorat Supervision Ph.D StudentPreparation of CuInS nanocrystalsfor Thin film solar cells

20142010(En cours) -AliSeifitokaldani

Doctorat Cosupervision post doc -Universit de MontrealMixed-oxy-nitride-non-noblecatalysts for the ORR

20142010(En cours) -BintouOudraogo

Doctorat Supervision Post doc Polytechnique MontrealNew active coating developmentfor solar energy absorption

20142010(En cours) -Majid Talebi Doctorat Supervision Post doc universit de MontrealNew method of preparation of

Li-iron phosphate cathode

20132011(En cours) -SeyedShahrestnai

Matrise Supervision application for a Ph-D StudentDevelopment of Cu oxide basedhomjunction solar cells

20122010(Termine) -Wanli Wang Doctorat Supervision Chercheure-Tsao TongUni-Shanghaioxy-nitrides preparation for PEMFuel applications

20112010(Termine) -Edgar E.Valenzuela

Stag. postdoc. Supervision Professeur-Chercheur-Conacyt-Meoxide cathodes for the ORR forPEM Fuels

20112009(Termine) -Ghita Ouaziz Matrise Supervision Cherceure Chez Rio-Tinto AlcanTest de corrosion acclre.

Alternative au brouillard salin

20112008(Termine) -Ru, Li Matrise Supervision Soutenue sa maitrise avec succsZnO nanoparticles preparation for

thin film Solar Cells

20112007(Termine) -Edith Martin Doctorat Supervision Professeure-Chercheure-CEGEP

de QubecNew Catalyts for Microbial FuelCell applications

20102009(Termine) -

Stphane

Levesque

Attach de rech. Supervision Responsables de projetsTechnologies solaires

photovoltaques

20102008(Termine) -Belanger-GraJosanne

Matrise Supervision Responsable deprojets-Environnement

Hybrid Solar-Wind systemdevelopment

20102008(Termine) -LI Minyu Stag. postdoc. Supervision Postulate for prof position in

BeijingDevelopment of quasi-solid Dyesensitized solar cells

20102008(Non termine) -Martinez,Ramon

Doctorat Supervision Responsable deprojet-Modelisation

Ab inition simulation of newPd-alloy electrocatalysts

Formulaire 100 (2009 W), page 4 de 4

PROTG UNE FOIS REMPLI

English version availableLes renseignements personnels figurant dans ce formulaire et dans les annexesseront intgrs dans le fichier de renseignements personnels du programme appropri.


6/13

Personnel hautement qualifi (PHQ)Fournissez des renseignements personnels au sujet des personnes que vous supervisez actuellement ou que vous avez supervises au cours dessix dernires annes (y compris en cosupervision).

Priode desupervision oude cosupervision

Type de formationde PHQ et statut

Nom du stagiaire Titre du projet ou de la thse Poste actuel

Nom de familleN d'identification personnel (NIP)

Valide 42275 SAVADOGO

20102008(Termine) -Tian Huimin Attach de rech. Supervision Chercheure-3MPEM Fuel cells catalysts

20102004(Termine) -Oishi,Kentaro

Doctorat Supervision Research Associate PolytechniqueMontreal

Development of Pd-Co,Pd-Nicatalyst for PMFC cathodes

20092007(Non termine) -Baltazar DelCarmen Kelvi

Doctorat Supervision Bacca en Gnie ChimqueDevelopmentNafion-RTILConducting polymer

20092006(Termine) -Marc,Lacroix

Attach de rech. Supervision Research AssociateMaterials for Solar cell Systems

20092004(Termine) -Fouda-Onana,Frdric

Doctorat Supervision Chercheur au CNRS-GrenobleDevelopment of Pd-Fe, Pd-Cucatalyst for PMFC cathodes

20092004(Termine) -Rajagopalan,Sumitra

Doctorat Cosupervision Biostra Technogies Inc-Novel Bioelectrodes fuctionnalelectric simulation

20092004(Termine) -StephaniaPolizu

Doctorat Cosupervision Chief Execuve Officer-BiostraTechnologies Inc

Carbon Nanotubes for biomedicaApplications

20082002(Termine) -Napporn W.,Teko

Attach de rech. Supervision Chercheur au CNRS-Poitiers-France

Characteisation of materials byICP-MS

20082000(Termine) -Sanchez,Rommy

Doctorat Cosupervision ChercheureEffect of NiTi surfacemodification on its corrosion

20072005(Termine) -TianHuimin

Stag. postdoc. Supervision Chercheure-3MDevelopment of catalystfabrication by combustion method

20062004(Termine) -Khelem,Thiery Talba

Matrise Supervision Chercheur chez RollsRoyce-Canada-Montreal

Modeling MEA catalystperformance

20062004(Termine) -Rodriguez V,Francisco J. Stag. postdoc. Supervision Researcher in Mexico(CONACYT-Saltillo)Development of Direct EthanolFuel Cell.

20062003(Termine) -Geoffray,Longtin

Matrise Supervision Materials selectionleader-Bombardier Aero space

Effect of materials of DirectAxcetal PEM Fuel Cells

20062002(Termine) -Shanian, Ali Doctorat Supervision Materials selection leader-Rolls

Royce, DorvalSimulation of new catalyst andmembrane properties

20061999(Termine) -Ocampo,Maricella

Matrise Cosupervision Associate researchEffet of heropolyacids onCdS-CdTe solar cells efficiency

20042000(Termine) -Cyr, Yanick Matrise Supervision Research at X-per-XDirect acetal fuel cells

20042000(Termine) -

Nguwuo

Petuenju, Eric

Matrise Supervision PhD studentElectroluminescence on thin films

CdS/CdTe

20041999(Termine) -Ling,Jinghong

PDF/Associate Supervision Passed away on April 2004New composite electrocatalysts forPEFCs

20041999(Termine) -Rodriguez V,Fransisco Ja

Doctorat Supervision Researcher at CONACYT, Saltillo,Mexico

Development of Direct PropaneFuel Cell

20041999(Termine) -Tian Huimin Doctorat Supervision Post-doctorateNafion and Flemion cast in DMF

with heteropolyaicdsFormulaire 100 (2009 W), page 4-1 de 4

PROT G UNE FOIS REMPLI

English version availableLes renseignements personnels figurant dans ce formulaire et dans les annexesseront intgrs dans le fichier de renseignements personnels du programme appropri.


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PART II - RESEARCH CONTRIBUTIONS

1

Most significant contributions to research

1.1)Development of quantum dot, 3D and dye sensitise based solar cells: We are developing inour Laboratory Quantum Synthesis of semiconductor nanomaterials and systems for photovoltaicapplications.. ZnO nancrystals of less than 5 nm have been prepared using quantum dot andcharacterized in our Laboratory. A master student is finishing work related on the comparison of

quantum dot (QD) synthesis and electro deposition of ZnO nanoparticles. It was shown that QD methodgives more small particle size (less than 5 nm) than electrochemical method (around 100 nm). Inprevious work, we have also shown that Chemically and electrochemically deposited thin filmssemiconductors with heteropolyacids on various supports were found to be unique because thin filmssemiconductors junctions Sb2S3/Ge; ;CdSe/CdTe, etc. deposited with HPAs exhibited a conversionefficient of light 3 times higher than those junctions fabricated without HPAs. The optical transmissionand the response time of the junctions were very significantly higher than those of junctions depositedwithout HPAs. These approaches are now used to develop: i) new generation 3D solar cells based onnano-composite inorganic safe materials and quasi-solid Dye sensitized solar cells. An invited Chapterof 75 printed pages is published in Volume 12 of Advances in Electrochem. Sc. and Eng. (2010).1.2) Development of new catalyst for electrochemical energy applications.

Our contributions are based on the development of low cost new materials for electrochemical energyapplications, in particular PEM Fuel Cells. Based on the concept of synergetic materials, efficientadvanced modified or composite materials can be designed for specific electrochemical systems, weintroduced first Pt-oxide cathodes and very recently the Pd-alloy catalysts for the ORR. Now we aresupporting this concept by quantum-mechanical calculations of adsorption/de-sorption energy of O, H,OH, etc. This is very important for the development of efficient non-platinum alloys for oxygenreduction reaction (ORR). I used this concept and develop for the first time new alloys Pd-alloys whichORR activities in acid medium are similar to those of Pt-alloys. In 2003, we introduce the concept ofalcohol tolerant Pd-alloys cathode catalyst for the ORR for Direct alcohol Polymer Electrolyte Fuel Cellapplications. This is successfully used in the identification of appropriate cathode for direct ethanol fuelcell applications. This first paper was published in 2004 with an exceptional citation index. Alcohol

tolerant cathode catalysts based on Pd-alloys have been also introduced by our group.1.3) Development of advanced low-cost protonic membranes based on acid-modified-PBI, alkali-

modified-PBI and (HPAs) modified Nafion or Flemion (15-500 m) cast from theirsolution forFuel Cell Applications: When incorporating in Polymer Electrolyte Membrane Fuel Cells, the new

membranes make the H2/O2PEMFC power density increases in 40% for HPAs-Nafion and 50% for

HPAs-Flemionwith respect to that of blank commercial Nafionor Flemion, respectively. After thefirst review article, I wrote an article in 1998 and the second in 2004 with an exceptional citation index..1.4) Development of polyelectrolyte based materials, corrosion studies and grafting of bio-molecules onmodified surface of Bio-materials: Some bio-molecules have been successfully grafted on these surfacesNiTi and carbon nanotubes surfaces. We issued 3 US and international patents in this area the last 6years. We developed polyelectrolyte for neuro-electronic devices in medicine.We also study the

corrosion of Iron-Cobalt Alloys for MRI-Based Propulsion Embedded in Untethered MicrodevicesOperating in the Vascular Network

1.3) Development of non-Pt catalyst and Membrane Electrode Assembly (MEA) for Directhydrocarbons PEMFC: Recently, we demonstrated the feasibility of a low temperature Direct PropaneFuel Cell (DPFC). Commercial (Pt/C and PtRu/C) and home-prepared (PtOx/C and Pt/C+CrO3)electrodes were tested as anode electro-catalysts in a 2.25 cm2 geometrical active area fuel cell . Theresults show that a DPFC using anodes based on PtOx exhibits the best behaviour for the direct catalyticelectro-oxidation of propane. This is now confirmed by some groups and we open a new window inDPFC with significant scientific and technology issues to be developed.


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2. RESEARCH CONTRIBUTIONS AND PRATICAL APPLICATIONS

2.1) Articles in refereed publications

Accepted or Published.

156) O. Ajao,M. Rahmi, M. Marinova, H. Chadjaa, O. Savadogo,Retention and flux characteristics of

nanofiltration membranes during hemicellulose prehydrolysate concentrationChemical Engineering JournVolume 260,605615(2015)155) Talebi-Esfandarani, M., Savadogo, O Synthesis and characterization of Pt-doped LiFePO4/C compousing the solgel method as the cathode material in lithium-ion BatteriesJ. Applled . Electrochemistry, 44, 555-562(2014)154)A Seifitokaldani,O Savadogo, M Perrie Density Functional Theory (DFT) Computation of the OxygReduction Reaction (ORR) on Titanium Nitride (TiN) surface: Electrochimica Acta 141, 25-32(2014)153) Talebi-Esfandarani, M., Savadogo, O. Enhancement of Electrochemical Properties of Platinum DopLiFePO 4/C Cathode Material Synthesized Using Hydrothermal Method. Solid State Ionics, 261, 81-86 (201152) M. Talebi-Esfandaraniand O. Savadogo Effects of Palladium Doping on the Structure of ElectrocheProperties of LiFePO4/C Prepared using the Sol-gel Method J . New Mat. Electrochem. Systems, 17, 91-97(2014)

151). Verea, L.,Savadogo, O., Verde, A., Campos, J., Ginez, F., Sebastian, P.J. Performance of aMicrobial Electrolysis Cell (Mec) for Hydrogen Production With a New Process for the Biofilm Formation.International Journal of Hydrogen Energy, 39(17),p. 8938-8946 (2014).150) A. Seifitokaldani, M. Perrier and O.Savadogo Oxygen Reduction Reaction (ORR) on a Mixed TitanOxy-nitride Catalyst prepared by sol-gel method J . New Mat. Electroche. Systems, 17, 55-65(2014)149) K. Oishi,O. SavadogoElectrochemical Investigation of Pd-Co Thin Films Binary Alloy for the OxygReduction Reaction in Acid Medium. Journal of Electroanalytical Chemistry, 703, p. 108-116. , (2013).148) E. Valenzuela,E., V. Ramos-Sanchez., A. A. Lambert Arista., O. Savadogo Nanostructured TiO2 DWith Nb As a Novel Support for PEMFC. Journal of Materials, p. 706513 (6 pp.). (2013).157) Martin,E., Savadogo, O., Guiot, S.R., Tartakovsky, B. Electrochemical Characterization of Anodic BMicrobial Fuel Cell. Journal of Applied Electrochemistry, 43(5), p. 533-540 (2013).

146) Oishi,K., Savadogo, OCorrelation Between the Physico-Chemical Properties and the Oxygen ReduReaction Electro Catalytic Activity in Acid Medium of Pd-Co Alloys Synthesized by Ultrasonic Spray MetElectrochimica Acta, 98, p. 225-238. (2013).145) Bintou Oudraogo and Oumarou SavadogoElectrophoretic Deposition of Alumina and Nickel OxiPartcles, Journal of Scientific Researc and Report 2(1): 190-205(2013)144) Wang, W., Savadogo, O., Ma, Z.-F. Preparation of New Titanium Oxy Nitride Based ElectroCatalysts Using an Anhydrous Sol-Gel Method for Water Electrolysis in Acid Medium. International JournHydrogen Energy, 37(9), p. 7405-7417 (2012).143) Pouponneau,P., Segura, V., Savadogo, O., Leroux, J.-C., Martel, S. Annealing of MagneticNanoparticles for Their Encapsulation into Microcarriers Guided by Vascular Magnetic Resonance NavigatJournal of Nanoparticle Research, 14(12) (2012).

142) Wang, W., Savadogo, O., Ma, Z.-FErratum: Preparation of New Titanium Oxy Nitride Based ElectroCatalysts Using an Anhydrous Sol-Gel Method for Water Electrolysis in Acid Medium (Int. Journal of HydEnergy (2012) 37:9 (7405-7417)). International Journal of Hydrogen Energy, 37(23), p. 185-188 . (2012).

141) Wang, W., Savadogo, O., Ma, Z.-F. The Oxygen Reduction Reaction on Pt/TiOxNy-Based Electrocatfor PEM Fuel Cell Applications. Journal of Applied Electrochemistry, 42(10), p. 857-866(2012).140) Ouaziz, G.,Savadogo, O. The Cathodic Breakdown Test to Assess Chromic Acid AnodizedAluminum Alloys Corrosion Protection Performance, in Correlatin With Salt Spray (Fog) Testing.International Scholarly Research Network, ISRN Materials Science, 2012, p. 10
http://www.sciencedirect.com/science/journal/13858947http://www.sciencedirect.com/science/journal/13858947http://www.sciencedirect.com/science/journal/13858947/260/supp/Chttp://www.sciencedirect.com/science/journal/13858947/260/supp/Chttp://www.sciencedirect.com/science/journal/13858947


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139) Martin E. Tartakovsky, B., & Savadogo, OCathode materials evaluation in microbial fuel cells:A comparison of carbon, Mn2O3, Fe2O3 and platinum materials. Electrochimica Acta, 58(1), 58-66(2011)138) Pierre Pouponneau,O. Savadogo, Teko Napporn, LHocine Yahia and Sylvain Martel, Corrosionstudy of single crystal Ni-Mn-Ga alloy and Tb 0.27Dy0.73Fe1.95 alloy for the design of new medicalmicrodevices Journal of Materials Science: Materials in Medicine, 22(2), 237-245 (2011)

137.O. Savadogo, Thin-Film Semiconductors Deposited in Nanometric Scales by Electrochemical andWet Chemical Methods for Photovoltaic Solar Cell Applications inAdvances in ElectrochemicalScience and Engineering. Edited by Richard C. Alkire, Dieter M. Kolb, Jacek Lipkowski, and Philip N.Ross; WILEY-VCH Verlag GmbH & Co. KGaA, Weinhei, pages 277-350 (2010), Published Online: 22MAR 2011, DOI: 10.1002/9783527633227.ch5136. .H. Wu, D. Wexler, H. Liu, O.Savadogo, J. Anh and G. Wang, Pt1-xCoxnanoparticles as cathodecatalyst for proton exchange membrane fuel cells with enhanced catalytic activity". Materials Chemistry124, 841-844(2010)135.G. Wang, H. Wu, D. Wexler, H. Liu, and O. Savadogo Ni@Pt core-shell nanoparticles withenhanced catalytic activity for the oxygen reduction reaction Journal of Alloys and Compounds , 503,L1-L14 (2010)

134.E. Martin, O. Savadogo, S.R. Guiotb, B. TartakovskyThe influence of operational conditions onthe performance of a microbial fuel cell seeded with mesophilic anaerobic sludge BiochemicalEngineering Journal 51, 132(2010)133. Pierre Pouponneau,O. Savadogo, Teko Napporn,LHocine Yahia and Sylvain Martel."Corrosion study of iron-cobalt alloys for MRI-based propulsion embedded in untethered microdevicesoperating in the vascular network" has been accepted for publication in the Journal of BiomedicalMaterials Research: Part B - Applied Biomaterials; 93:1. 203-211(2010)132. F. Fouda-Onana, S. Bah and O. Savadogo, Palladium-Copper alloys as catalysts for the oxygenreduction reaction in an acidic media I: Correlation between the ORR kinetic parameters and intrinsicphysical properties of the alloys ``J. Electroanalytical Chemistry, 636, 1-2, 1( 2009)131. F. Javier Rodrguez Varela, Sergio F. Luna and O. Savadogo: ``Synthesis and Evaluation of

Highly Tolerant Pd Electrocatalysts as Cathodes in Direct Ethylene Glycol Fuel Cells (DEGFC)`Ènergies, 2(4), 944-956 (2009)130. Rodriguez Valera .F.J and O. Savadogo ,`Èthanol-tolerant Pt-alloy cathodes for direct ethanolfuel cell (DEFC) applications, Asia Pacific Journal of Chemical Engineering, 4, 17-24 (2009)129. J. Ling, G. Longtin and O. Savadogo, ``*Comparison of ethanol and methanol crossover throughdifferent MEA components and structures by cyclic voltammetry Asia Pacific Journal of ChemicalEngineering, 4, 15-32 (2009)128. F. Fouda-Onana,O. Savadogo ``Study of O2 and OH adsorption energies on Pd-Cu alloys surfacewith a quantum chemistry approach" Electrochim. Acta, 54:1769 (2009)127. A. Shanian and O. Savadogo, `À Methodological Concept for Material Selection of HighlySensitive Components Based on Multiple Criteria Decision Analysis, Expert Systems With

Applications, 36, 1362-1370 (2009)126. K. Oishi and O. Savadogo ``New Method of Preparation of Catalyzed Gas Diffusion Electrode forPolymer Electrolyte Fuel Cells Based on Ultrasonic Direct Solution Spray Reaction J. New Mat

Electroch. System, 11, 221-227 (2008)125. S. Fraire Lunaa, F.J. Rodrguez Varela, R. Dabek Klapco, and O. Savadogo``Performance of Pd/CCathode Electro-Catalysts for the ORR in Sulfuric Acid Containing Small Organic Molecules, ECSTransactions (ECS Transactions, 16 (2) 761-767 (2008)),


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124.Sumitra Rajagopalan ,Mohamad Sawan,Ebrahim Ghafar-Zadeh ,Oumarou SavadogoandVamsy P.Chodavarapu A Polypyrrole-based Strain Sensor Dedicated to Measure Bladder Volume in Patients withUrinary Dysfunction, Sensors, 8, 5081-5095 (2008)123.Rodriguez Valera .F.J and Savadogo, O, "Catalytic activity of carbon-supported electrocatalysts forDirect Ethanol Fuel Cell applications" Journal of the Electrochemical Society, Volume 155, B618-B624,(2008).

122. Savadogo, Oand Rodrguez F.J. Varela, Palladium-alloy catalysts as ethanol tolerant cathodes forDirect Alcohol Fuel Cell Applications. Journal of New Materials for Electrochemical Systems,11,69(2008)120. Polizu, S.; Savadogo, O. ; Poulin P. and Yahia, LH.;`` Applications of Carbon Nanotubes-BasedBiomaterials in Biomedical Nanotechnology; `` Nanoscience and Nanotechnology, 6, 1-22(2006).119. Shanian, A and Savadogo, O.; `` ELECTRE I Decision Support Model for Material Selection ofBipolar Plates for Polymer Electrolyte Fuel Cells Applications, J. New Mat. Electrochem. Systems,9,191-199 (2006).118.Shanian, A. and Savadogo, O.; `` A non-compensatory compromised solution for material selectionof bipolar plates for Polymer Electrolyte Membrane Fuel Cell (PEMFC) using ELECTRE IV`Èlectrochimica, Acta, 51, 5307A5315(2006)

117. Shanian, A. and O. Savadogo, .; `Ùsing Multi Pseudo-Criteria and Fuzzy Outranking RelationAnalysis for Material Selection of Bipolar Plates for Polymer Electrolyte Membranes Fuel Cell(PEMFC) Applications J. Electrochem. Soc., 153, A887-A896( 2006)116Shanian, A. and Savadogo, O.; TOPSIS Multiple-Criteria Decision Support Analysis for MaterialSelection of Metallic Bipolar Plates for Polymer Electrolyte Fuel Cell , J. Power Sources, 159,1095-1104(2006)115. Martin, E., Manceur, A., Polizu S.,Savadogo, O, Wu, H. Ming, and Yahia, L H.,. Corrosion ofbehaviour of Beta-Titanium Alloy , Bio-Medical Materials and Engenineering, 16, 171-182(2006)114. Lee, K., Savadogo, O, Ishihara, I., Mitsushima, S., Kamiya, N., and Ota, K-I, ``Methanol-TolerantOxygen Reduction Electro-catalysts Based on Pd - 3d Transition Metal Alloys for Direct Methanol FuelCell`` J. Electrochem. Soc. 153,1, A20-A24 (2006)

113. Shanian, A and. Savadogo, O. `À material selection model based on the concept of multipleattribute decision making`` Materials and Design, 27, 329-337(2006)112.Rodrguez Varela, F.J and Savadogo. O``The Effect of Anode Catalysts on the Behavior of LowTemperature Direct Propane Polymer Electrolyte Fuel Cells (DPFC) Journal of New Materials forElectrochemical Systems 9, 127-137 (2006)111.H. Tian and O. Savadogo; Silicotungstic Acid Nafion Composite membrane for proton-exchange membrane fuel cell operation at high temperature, Journal of New Materials forElectrochemical Systems, 9, 61-71 (2006)110.F.J. Rodrguez Varela and O. Savadogo, Electroactive alcohol tolerant Pt-alloys, ElectrochemicalSociety Transactions, Vol. 3, No. 1, pp. 181-187, 2006.109 O. Savadogoand F.J. Rodrguez Varela, Palladium-Alloy Catalysts as Ethanol Tolerant Cathodes

for Direct Alcohol Fuel Cell (DEFC) Applications, Electrochemical Society Transactions, Vol. 1, No.6, pp. 247-254, 2006.108 O. Savadogo and F.J. Rodrguez Varela, Ethanol-Tolerant Oxygen Reduction Reaction (ORR)Cathodes for Direct Ethanol Fuel Cell Applications, Electrochemical Society Transactions, Vol. 1, No.6, pp. 331-338, 2006.107.F.J. Rodrguez Varela and O. Savadogo, Catalytic Activity of Carbon-Supported Electrocatalystsfor Direct Ethanol Fuel Cell Applications, Electrochemical Society Transactions Volu 1 , number 3,Electrocatalysis, pp.330-340, 2006.
http://www.mdpi.com/search?s_authors=Sumitra%20Rajagopalanhttp://www.mdpi.com/search?s_authors=Mohamad%20Sawanhttp://www.mdpi.com/search?s_authors=Ebrahim%20Ghafar-Zadehhttp://www.mdpi.com/search?s_authors=Oumarou%20Savadogohttp://www.mdpi.com/search?s_authors=Oumarou%20Savadogohttp://www.mdpi.com/search?s_authors=Oumarou%20Savadogohttp://www.mdpi.com/search?s_authors=Vamsy%20Chodavarapuhttp://www.mdpi.com/search?s_authors=Vamsy%20Chodavarapuhttp://www.mdpi.com/search?s_authors=Vamsy%20Chodavarapuhttp://www.mdpi.com/search?s_authors=Vamsy%20Chodavarapuhttp://www.mdpi.com/search?s_authors=Oumarou%20Savadogohttp://www.mdpi.com/search?s_authors=Ebrahim%20Ghafar-Zadehhttp://www.mdpi.com/search?s_authors=Mohamad%20Sawanhttp://www.mdpi.com/search?s_authors=Sumitra%20Rajagopalan


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2.2) Patents

2.2.1) O. Savadogo et A. Essalik, "Tungstic and isopolyoxometalotes based electrocatalyst for H 2/O2cellscathodes", U.S. Patent No. 5,298,343, 1994.2.2.2) O. Savadogo et E. Ndzebet, "New molyndic or tungstic acid electrocatalysts for H2/O2fuel cellsanodes", Canadian Patent No. 2,092, 587, 1993.2.2.3) A. Nanci, M. McKee, E. Sacher, O. Savadogo et J. Wuest, "Modification of implant surface with

bioactive conjugates for improved integration", European patent No. 94,915,005.6-2107, 1995.2.2.4) A. Nanci, M. McKee, E. Sacher, O. Savadogo et J. Wuest, "Process modification of implant surfacewith bioactive conjugates for improved integration", USA Patent No. 5,824,651, 19982.2.5) S.Polizu, A. Poulin, O. Savadogo and L. Yaya, Carbon Nanotubes based fibers, uses thereofand process for making them US patent, Application number, 60/960,153 filed September 18, 2007,or 12/233,336 7 and number 75371202.1

3) OTHER EVIDENCE OF IMPACT OF CONTRIBUTIONS (2004-2009)3.1) Invited Speaker: ); PBFC-2007, Invited, Rome, June 12, 2000; North America-China- FCWorkshop, Invited; Shanghai August-13-15, 2009, Annual conference of the Hydrogen EnergyAssociation of Mexico; Invited, Saltillo September 20-25 (2009), Invited, Wollongong,, Australia,

November-,May 2010), CIMTEC 2010); Forum of New Materials, Invited, Rome June 13-18 (2010);The 6th IUPAC International Symposium on Novel Materials and their Synthesis (NMS-VI) & the 20thInternational Symposium on Fine Chemistry and Functional Polymers(FCFP-XX), October 11-14, 2010,Wuhan, China; The fourth International Conference on Electroactive Polymers: Materials and Devices(ICEP-2010), November 21-26, 2010 at Surajkund, India; PBFC 2011 (Argone National Laboratory)3.2) Founder of First Class International Scientific Journal and Symposium:3.3.)1 Founder and Editor (1997) of the Journal of New Materials for Electrochemical Systems.3.4) Founder (1990) of Lab. Electrochemistry. & Energetic Materials3.5) Membership o Editorial boards:a)The International Journal of Hydrogen Energy; b) The openJournal of Electrochemistry; c) The open Journal of Corrosion.3.6) Founder (2000) of the Laboratory of New Materials for Electrochemical Systems which has

been Funded in June 2001 by the Canadian Foundation for Innovation (CFI) (Infrastructure grant) forthe Project Laboratory of New Materials for Electrochemical Systems: Total amount of 1,8 million$CAN (CFI(Canada) + MESS(Quebec) + Industries).

4) Contributions to the Training of Highly Qualified Personnel (HQP)

4.1) HQP training. I am currently supervising and co-supervising 2 Master students, 7 Ph D students,and 15 Graduate students (DESS) in Energy and Sustainable Development, 20 undergraduate students inmy laboratory for 3 to 4 months training and internship students from France, Germany, Japan, China,Belgium, etc. During the last 6 years, I supervised each year 15 Master students, 6 Ph D students, 8 PostDoc as one post doc per sequential year. I supervised 15 graduate students in DESS and 30undergraduate students.,

4.2) Contributions in documents for HQP training and new programmes

a) 1000 printed pages of my note book (2010-2011) on Efficiency of Energy sources; a graduate course.I introduce this course in 2007.b) 600 slides of of my note book for my course on Technology of PV Solar Cells: introduced in 2007c) Development of a new graduate programme I introduced in 2007 on: Energy and sustainableDevelopment (25 graduate students subscribed to this programme in (2010-2011).All these contributions had impacts on the production in terms of number of papers produced per year.The programme and courses are now very well established, more significant (more than the average of40 hours per month) time will be used the following months and years for the development of highnumber publications related to materials for PEM fuel cells, microbial fuel cells and Solar cells.


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Renseignements sur le candidat

PROTG UNE FOIS REMPLIFormulaire 100, Annexe D (2009 W) English version available

Annexe D (Formulaire 100)Communication de renseignements personnels au CRSNG

au sujet du personnel hautement qualifi (PHQ)

Remarque : Le candidat doit conserver le prsent formulaire afin de pouvoir le prsenter au CRSNG sur demande.

de supervision ou de cosupervision, le titre du projet de recherche ou de la thse et le poste actuel.

Tout candidat du CRSNG doit dcrire sa contribution la formation de personnel hautement qualifi (PHQ) et fournir des

Formulaire de consentement

par les pairs du dossier du candidat (confidentiel).

J'autorise le candidat dont le nom figure ci-dessus fournir au CRSNG, dans le cadre d'une demande de subvention, lesrenseignements personnels suivants mon sujet : mon nom, le type de formation de PHQ, le statut, la priode desupervision ou de cosupervision, le titre de mon projet de recherche ou de ma thse, le titre du poste que joccupeactuellement et le nom de mon employeur (au moment de la prsentation de la demande). La prsente autorisationest valide pour les six prochaines annes. Il est entendu que le CRSNG protgera ces renseignements conformment la Loi sur la protection des renseignements personnels et les utilisera uniquement aux fins d'valuation de lacontribution du candidat la formation de personnel hautement qualifi, y compris dans le cadre d'un examen

Signature du stagiaire Date

Conformment la Loi sur la protection des renseignements personnels, le candidat doit obtenir le consentement despersonnes qu'il a supervises avant de fournir au CRSNG des renseignements personnels leur sujet. En vuedobtenir le consentement des stagiaires, le candidat doit leur prciser que les renseignements qui seront divulgus

qui transmet son consentement par courriel doit prciser qu'il a lu le formulaire et quil en accepte toutes les conditions.

actuel, si le candidat dispose de ce renseignement.ou de cosupervision, la description gnrale du projet de recherche ou de la thse et la description gnrale du postepermettant de l'identifier. Il peut cependant indiquer le type de formation de PHQ et le statut, la priode de supervisionEn l'absence d'un consentement crit d'un stagiaire, le candidat ne peut fournir son nom ni tout autre renseignement

au CRSNG ne serviront qu valuer sa contribution la formation de PHQ. Comme le consentement est valide poursix ans, le candidat ne sera pas tenu d'obtenir un consentement chaque fois quil prsente une demande. Un stagiaire

renseignements au sujet des personnes qu'il a formes ou supervises (ci-aprs appeles stagiaires) au cours des sixannes prcdant la date de prsentation de la demande. Les renseignements suivants doivent tre entrs dans leFormulaire de renseignements personnels (formulaire 100) : le nom du stagiaire, le type de formation de PHQ (p. ex.,premier cycle, matrise, formation technique), le statut de la formation (termine, en cours, non termine), la priode

Nom du stagiaire Type de formationde PHQ et statut

Priode desupervision ou decosupervision

Poste actuelTitre du projet ou de la thse

Roy, Marie 1er cycle(termine)

Supervision1994 - 1997

Gochimie des isotopes engnie ptrolier

Vice prsidente (recherche),Terra Analyses Inc., Laval, Qc

(non divulgu) 1er cycle

(termine)

Supervision

1994 - 1997

Gochimie des isotopes cadre de direction en recherche,

industrie ptrolire, Qc

Avec le consentement crit de Marie Roy

Sans le consentement crit de Marie Roy

Exemple des renseignements fournir au sujet du PHQ dans le formulaire 100 (avec consentement et sansconsentement) :

Nom du stagiaire

Nom

Dpartement tablissement d'enseignement postsecondaire

SAVADOGO, Oumarou O

cole Polytechnique de MontralGnie chimique

savadogo cv nserc 2014

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