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Schintke Silvia

Schintke Silvia

Responsable de la filière Systèmes industriels (SYND)


COMPÉTENCES PRINCIPALES

Nanotechnology

Advanced Materials

Applied Physics

Functional Surfaces and Materials

Printing and Coating

Measurement Techn.& Instrumentation

Nanocomposites & Nanofibers


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    Contact

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    Enseignement

  • Flèche sous-menu Ra&D

    Ra&D

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    Publications

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    Conférences

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    Portfolio

Contrat principal

Responsable de la filière Systèmes industriels (SYND)

Téléphone: +41 24 557 61 67

Bureau: S06

Haute école d'Ingénierie et de Gestion du Canton de Vaud
Route de Cheseaux 1, 1400 Yverdon-les-Bains, CH
Haute école d'Ingénierie et de Gestion du Canton de Vaud

Institut
COMATEC - Institut de Conception, Matériaux, Emballages & Conditionnement

Professor for Nano- and Materials Engineering and Applied Physics.  

Head of Laboratory of Applied NanoSciences COMATEC-LANS

Head of Degree Programme Industrial Systems Engineering - Mechanical Design

MSc HES-SO en Engineering - HES-SO Master

  • Applications de NanoTechnologies dans l'ingénierie de systèmes et produits
  • Micro & nanotechnologies appliquées
  • Physique des matériaux et des dispositifs électroniques

BSc HES-SO en Microtechniques - Haute école d'Ingénierie et de Gestion du Canton de Vaud

  • Nanotechniques et Applications Industrielles (NANO)
  • Physique Avancée
  • Printing and Coating (PRICO)

BSc HES-SO en Economie d'entreprise - Haute école d'Ingénierie et de Gestion du Canton de Vaud

  • Physique Appliquée pour étudiant-e-s en systèmes énergétiques

MSE Master of Science in Engineering - Zürich - MSE Master of Science in Engineering - Zürich

  • Applied Micro- and Nanotechnology (AppMNT)

BSc HES-SO en Ingénierie et gestion industrielles - Haute école d'Ingénierie et de Gestion du Canton de Vaud

  • Techniques de Fabrication Avancées
  • Maîtrise de Risques Industriels

En cours

SIENA - 42751.1 IP-EE "System Interpreting Electrophysiology Networks in Agricultural crops"

Rôle: Co-requérant(s)

Requérant(e)s: Agroscope, Agroscope

Financement: innosuisse

Description du projet :

  • "System Interpreting Electrophysiology Networks in Agricultural crops"
  • (WP-lead (materials design, electrodes, prototyping, testing/characterization); financial support: innosuisse 42751.1 IP-EE; partenaires: Vivent SA, Agroscope (coordinateur), HEIA-FR, HEIG-VD (instituts IICT and COMATEC))

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Partenaires académiques: Raileanu, Laura, IICT - HEIG-VD; Mazza, Marco, HEIA-FR; Agroscope, Agroscope

Partenaires professionnels: Vivent SA, Vivent SA

Durée du projet: 01.08.2020

Archivage des données: innosuisse 42751.1 IP-EE

Statut: En cours


PRONANO, HES-SO (Délémont)

Rôle: Requérant(e) principal(e)

Description du projet :

HES-SO, Grant Number...

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Frau Eleonora

Statut: En cours


PROINDAV, HES-SO (Délémont) 2020-01 to 2020-12 | Grant Number: IA-EXT-18-23

Rôle: Requérant(e) principal(e)

Description du projet :

PROINDAV

HES-SO (Délémont)

2020-01 to 2020-12|Grant

  •  
    • GRANT_NUMBER: IA-EXT-18-23

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Statut: En cours


MIPAMO, HES-SO (Délémont) 2019-12 to 2020-12 | Grant Number: IA-EXT-18-50

Rôle: Requérant(e) principal(e)

Description du projet :

MIPAMO

HES-SO (Délémont)

2019-12 to 2020-12|Grant

  •  
    • GRANT_NUMBER: IA-EXT-18-50

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Statut: En cours


HENAPAMAT, HES-SO (Délémont) 2019-12 to 2020-09 | Grant Number: IA-EXT-18-22

Rôle: Requérant(e) principal(e)

Description du projet :

HENAPAMAT

HES-SO (Délémont)

2019-12 to 2020-09|Grant

  •  
    • GRANT_NUMBER: IA-EXT-18-22

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Statut: En cours


MACAFLEX, Interreg (CdS, France-Switzerland) 2019-09 to 2019-11 | Grant

Rôle: Requérant(e) principal(e)

Description du projet :

MACAFLEX

Interreg (CdS, France-Switzerland)

2019-09 to 2019-11|Grant

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Frau Eleonora

Statut: En cours


Terminés

NANOBIOSENS, Direct Research Mandate (2019/2020)

Rôle: Requérant(e) principal(e)

Description du projet :

NANOBIOSENS, Direct Research Mandate (04/2019-03//2020)

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Frau Eleonora, Scheuber Olivera

Durée du projet: 01.04.2019 - 31.03.2020

Statut: Terminé


PLASMA, 2018-10 to 2018-12 | Industrial Research Mandate

Rôle: Requérant(e) principal(e)

Description du projet :

PLASMA

industry (industry)

2018-10 to 2018-12|Contract

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Frau Eleonora, Scheuber Olivera

Durée du projet: 01.10.2018 - 31.12.2018

Statut: Terminé


PRICO - Printing & Coating HES-SO (Délémont)2018-01 to 2018-12 | Grant Number: IA-EXT17-66

Rôle: Requérant(e) principal(e)

Description du projet :

PRICO - Printing & Coating

HES-SO (Délémont)

2018-01 to 2018-12|Grant

  • GRANT_NUMBER: IA-EXT17-66

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Frau Eleonora

Durée du projet: 01.01.2018 - 31.12.2018

Statut: Terminé


DiaFev, HES-SO Thematic Program Diagnostic Biochips (Delemont, Western Switzerland) 2016-09 to 2017-12 | Grant Number: HES-SO DB-2015-002 (Co-applicant, WP lead)

Rôle: Co-requérant(s)

Description du projet :

DiaFev

HES-SO Thematic Program (Delemont, Western Switzerland)

2016-09 to 2017-12|Grant

  •  
    • GRANT_NUMBER: HES-SO DB-2015-002

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.09.2016 - 31.12.2017

Statut: Terminé


NanoInk, HES-SO Interdisciplinary Program (Delemont, Western Switzerland) 2016-01 to 2017-12 | Grant Number: 022-2015-PI

Rôle: Requérant(e) principal(e)

Description du projet :

NanoInk

HES-SO (Delemont, Western Switzerland)

2016-01 to 2017-12|Grant

  • GRANT_NUMBER: 022-2015-PI

 

Collaborateurs HEIG-VD: 

Prof. Dr. Silvia Schintke (Requérant principal)

Narci Fosso (collaborateur)

Charles Tematio (collaborateur)

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.01.2016 - 31.12.2017

Statut: Terminé


aptaprint, HES-SO Thematic program Diagnostic Biochips (Delemont, Western Switzerland) 2015-07 to 2017-06 | Grant-Number: HES-SO DB-2014-006 (Co-applicant, WP lead)

Rôle: Co-requérant(s)

Description du projet :

aptaprint

HES-SO Thematic program (Delemont, Western Switzerland)

2015-07 to 2017-06|Grant

  •  
    • GRANT-NUMBER: HES-SO DB-2014-006

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.07.2016 - 30.06.2017

Statut: Terminé


DSC-Fab: Production technology for durable dye sensitive glass modules for building integrated photovoltaic power generation CTI (Bern) 2015-03 to 2016-09 | Grant GRANT_NUMBER: CTI 17490.1 PFIW-IW (Co-applicant)

Rôle: Co-requérant(s)

Description du projet :

DSC-Fab: Production technology for durable dye sensitive glass modules for building integrated photovoltaic power generation

CTI (Bern)

2015-03 to 2016-09|Grant

  •  
    • GRANT_NUMBER: CTI 17490.1 PFIW-IW

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 31.03.2015 - 30.09.2016

Statut: Terminé


mubios, HES-SO Thematic Program Diagnostic Biochips (Delemont, Western Switzerland) 2014-04 to 2016-06 | Grant Number: HES-SO IA-RAD13-29 (Co-applicant, WP lead)

Rôle: Co-requérant(s)

Description du projet :

Employment (3)

  •  Sort
    • HEIG-VD / Laboratory of Applied NanoSciences (COMATEC-LANS), University of Applied Sciences Western Switzerland: 1401 Yverdon-les-Bains, CH

      2002-02-01 to present | Professor of Nano- & Materials Engineering, Physics (Dpt of Industrial Technologies)

      Employment

      •  

      Source: Silvia Schintke

       Preferred source

    • Universität Basel Departement Physik: Basel, BS, CH

      2001-10-16 to 2011-05-31 | Senior Scientist (10/2001-01/2002 at 100%, 02/2002-05/2011 at 20%) (NCCR Nanoscale Science / Swiss Nanoscience Institute)

      Employment

      •  

      Source: Silvia Schintke

       Preferred source

    • Université de Lausanne (UNIL): Lausanne, VD, CH

      1997-07-27 to 2001-09-30 | Researcher / PhD (Institut de Physique de la Matière Condensée)

      Employment

      •  

      Source: Silvia Schintke

       Preferred source

Education and qualifications (5)

  •  Sort
    • Universität Sankt Gallen: Sankt Gallen, SG, CH

      2012-09-15 to 2014-11-26 | Executive Diploma HSG in General Management (Diploma of Advanced Studies HSG in Unternehmensführung)

      Education

      •  

      Source: Silvia Schintke

       Preferred source

    • Universität Sankt Gallen: Sankt Gallen, SG, CH

      2011-04-15 to 2011-11-15 | St. Galler Leadership Zertifikat (Certificate of Advanced Studies in Leadership)

      Education

      •  

      Source: Silvia Schintke

       Preferred source

    • Université de Lausanne: Lausanne, CH

      1997-08-01 to 2001-10-15 | PhD (Docteur ès Sciences) (Physics)

      Education

      •  

      Source: Silvia Schintke

       Preferred source

    • Technische Universität Berlin: Berlin, Berlin, DE

      1991-10-15 to 1997-05-22 | Diplom (Dipl. Phys.) (Physics)

      Education

      •  

      Source: Silvia Schintke

       Preferred source

    • Aarhus Universitet: Aarhus, DK

      1993-08-01 to 1993-12-22 | ERASMUS exchange student (Physics)

      Education

      •  

      Source: Silvia Schintke

       Preferred source

Invited positions and distinctions (1)

  •  Sort
    • Technical University of Sofia: Sofia, BG

      | Invited professor, Co-tutelle of 1 PhD (Faculty of Electrical Engineering)

      Invited position

      •  

      Source: Silvia Schintke

       Preferred source

Membership and service (2)

  •  Sort
    • SwissFoodResearch: Bern, CH

      | Board member Innovation group "Packaging"

      Membership

      •  

      Source: Silvia Schintke

       Preferred source

    • IEEE: New York, NY, US

      | member

      Membership

      •  

      Source: Silvia Schintke

       Preferred source

Funding (23)

  •  Sort
    • PROINDAV

      HES-SO (Délémont)

      2020-01 to 2020-12|Grant

      •  
        • GRANT_NUMBER: IA-EXT-18-23

      Source: Silvia Schintke

       Preferred source 

    • MIPAMO

      HES-SO (Délémont)

      2019-12 to 2020-12|Grant

      •  
        • GRANT_NUMBER: IA-EXT-18-50

      Source: Silvia Schintke

       Preferred source 

    • HENAPAMAT

      HES-SO (Délémont)

      2019-12 to 2020-09|Grant

      •  
        • GRANT_NUMBER: IA-EXT-18-22

      Source: Silvia Schintke

       Preferred source 

    • MACAFLEX

      Interreg (CdS, France-Switzerland)

      2019-09 to 2019-11|Grant

      •  

      Source: Silvia Schintke

       Preferred source 

    • PLASMA

      industry (industry)

      2018-10 to 2018-12|Contract

      •  

      Source: Silvia Schintke

       Preferred source 

    • PRONANO

      HES-SO (Délémont)

      2018-09 to 2020-02|Grant

      •  
        • GRANT_NUMBER: IA-EXT17-57

      Source: Silvia Schintke

       Preferred source 

    • PRICO - Printing & Coating

      HES-SO (Délémont)

      2018-01 to 2018-12|Grant

      •  
        • GRANT_NUMBER: IA-EXT17-66

      Source: Silvia Schintke

       Preferred source 

    • DiaFev

      HES-SO Thematic Program (Delemont, Western Switzerland)

      2016-09 to 2017-12|Grant

      •  
        • GRANT_NUMBER: HES-SO DB-2015-002

      Source: Silvia Schintke

       Preferred source 

    • NanoInk

      HES-SO (Delemont, Western Switzerland)

      2016-01 to 2017-12|Grant

      •  
        • GRANT_NUMBER: 022-2015-PI

      Source: Silvia Schintke

       Preferred source 

    • aptaprint

      HES-SO Thematic program (Delemont, Western Switzerland)

      2015-07 to 2017-06|Grant

      •  
        • GRANT_NUMBER: HES-SO DB-2014-006

      Source: Silvia Schintke

       Preferred source 

    • DSC-Fab: Production technology for durable dye sensitive glass modules for building integrated photovoltaic power generation

      CTI (Bern)

      2015-03 to 2016-09|Grant

      •  
        • GRANT_NUMBER: CTI 17490.1 PFIW-IW

      Source: Silvia Schintke

       Preferred source 

    • HYPOTEC - Hybrid Polymer Transparent Electronic Circuits

      CRUS swissuniversities (Bern, Switzerland)

      2014-09 to 2015-09|Grant

      •  
        • GRANT_NUMBER: Sciex-NMS-CH 13.126

      Source: Silvia Schintke

       Preferred source 

    • mubios

      HES-SO Thematic Program (Delemont, Western Switzerland)

      2014-04 to 2016-06|Grant

      •  
        • GRANT_NUMBER: HES-SO IA-RAD13-29

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.04.2014 - 30.06.2016

Statut: Terminé


BIOFLEX, HES-SO Interdisciplinary Programme (Delemont, Western Switzerland)2013-12 to 2015-11|Grant (Co-applicant, WP lead)

Rôle: Co-requérant(s)

Description du projet :

BIOFLEX, HES-SO Interdisciplinary Programme (Delemont, Western Switzerland) 2013-12 to 2015-11| Grant (Co-applicant, WP lead)

 

Collaborateurs HEIG-VD:

Prof. Dr. Silvia Schintke (Co-réquérant, WP lead)

Charles Tematio (collaborateur)

Narci Fosso (collaborateur)

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Zinn Manfred, Mathieu Marc

Durée du projet: 01.12.2013 - 30.11.2015

Statut: Terminé


HYPOTEC - Hybrid Polymer Transparent Electronic Circuits, CRUS swissuniversities (Bern, Switzerland) 2014-09 to 2015-09 | Grant GRANT_NUMBER: Sciex-NMS-CH 13.126

Rôle: Requérant(e) principal(e)

Description du projet :

HYPOTEC - Hybrid Polymer Transparent Electronic Circuits

CRUS swissuniversities (Bern, Switzerland)

2014-09 to 2015-09|Grant

  •  
    • GRANT_NUMBER: Sciex-NMS-CH 13.126

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 15.09.2014 - 14.09.2015

Statut: Terminé


SKILLS DEVELOPMENT FOR YOUNG RESEARCHERS AND EDUCATIONAL PERSONAL IN NANO- AND MICROELECTRONICS CURRICULA: IMPLEMETATION OF METHODS FOR BILATERAL KNOWLEDGE TRANSFER BETWEEN UNIVERSITIES AND SMEs; Schweizerischer Nationalfonds zur Förderung der Wissenschaftlichen Forschung (Bern, Switzerland), 2011-07 to 2014-10 | Grant GRANT_NUMBER: SCOPES IP IZ74Z0_137353

Rôle: Requérant(e) principal(e)

Description du projet :

SKILLS DEVELOPMENT FOR YOUNG RESEARCHERS AND EDUCATIONAL PERSONAL IN NANO- AND MICROELECTRONICS CURRICULA: IMPLEMETATION OF METHODS FOR BILATERAL KNOWLEDGE TRANSFER BETWEEN UNIVERSITIES AND SMEs; Schweizerischer Nationalfonds zur Förderung der Wissenschaftlichen Forschung (Bern, Switzerland)

 

2011-07 to 2014-10|Grant

  •  
    • GRANT_NUMBER: SCOPES IP IZ74Z0_137353

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.07.2011 - 31.10.2014

Statut: Terminé


SCOPES cofinance HES-SO (Delemont, Western Switzerland) 2011-10 to 2014-09 / Grant HES-SO

Rôle: Requérant(e) principal(e)

Description du projet :

Cofinance-Grant HES-SO for international project SNF SCOPES

Réquérant principal: Silvia Schintke

 

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.10.2011 - 30.09.2014

Statut: Terminé


MUUC ( for part AFM & microscopy) / RS HES-SO

Rôle: Co-requérant(s)

Description du projet :

Projet micro-usinage, Réquérant principal du projet: A. Schorderet

Collaboration on the project :

- for analysis of microroughness and properties of micromachining (AFM and microscopy analysis): Silvia Schinke, Narcis Fosso

 

dates to be completes (2013 or 2014)

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.06.2013 - 01.03.2014

Statut: Terminé


"NanoSkills" knowledge & technology transfer project in the field of micro and nanotechnologies (Conducting the Swiss participation in a European Project - Leonardo da Vinci) no SER LLP/10/94-L; State Secretary for Education and Research (SER) (Bern, Switzerland)

Rôle: Requérant(e) principal(e)

Description du projet :

"NanoSkills" knowledge & technology transfer project in the field of micro and nanotechnologies (Conducting the Swiss participation in a European Project - Leonardo da Vinci) no SER LLP/10/94-L; State Secretary for Education and Research (SER) (Bern, Switzerland)

 

Dates of the European project : 01.11.2010-31.10.2013

 

 

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.11.2010 - 31.10.2013

Statut: Terminé


MUPOFI / 2010-2011 Grant RS HES-SO

Rôle: Co-requérant(s)

Description du projet :

Réquérant principal: Herbert Keppner

Co-réquérant. Silvia Schintke

 

(2010-2011 ...dates to be completed...)

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.03.2010 - 28.02.2011

Statut: Terminé


"ComEd" knowledge & technology transfer project in the field of micro and nanotechnologies (Conducting the Swiss participation in a European Project - Leonardo da Vinci) no SER LLP/09/21-L; State Secretary for Education and Research (SER) (Bern, Switzerland)

Rôle: Requérant(e) principal(e)

Description du projet :

"ComEd" knowledge & technology transfer project in the field of micro and nanotechnologies (Conducting the Swiss participation in a European Project - Leonardo da Vinci) no SER LLP/09/21-L; State Secretary for Education and Research (SER) (Bern, Switzerland)

 

29.09.2008-28.09.2010

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 29.09.2008 - 28.09.2010

Statut: Terminé


CORRAL E

Rôle: Co-requérant(s)

Description du projet :

collaboration pour le projet Européen CORRAL E 

Co-réquérant: Erich Bergmann (hepia), Collaborateur sur projet: Silvia Schintke

(anti-corrosion coatings)

dates to be completed (...2010...)

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 08.03.2009 - 08.03.2010

Statut: Terminé


"SOLID - solid phase chemistry / Chemie an festen Phasen" (Conducting the Swiss participation in a European Project - Leonardo da Vinci) SER LLP/08/41-L; State Secretary for Education and Reseach (SER) (Bern, Switzerland)

Rôle: Requérant(e) principal(e)

Description du projet :

"SOLID - solid phase chemistry / Chemie an festen Phasen" (Conducting the Swiss participation in a European Project - Leonardo da Vinci) SER LLP/08/41-L; State Secretary for Education and Reseach (SER) (Bern, Switzerland)

 

Dates of the European project : 24.10.2007-24.10.2009

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 24.10.2007 - 24.10.2009

Statut: Terminé


H2PORTS HES-SO / RS 2007-8 to 2008-12 / Grant HES-SO (RS Energy)

Rôle: Co-requérant(s)

Description du projet :

H2PORTS

HES-SO/RS (Delemont, Western Switzerland)

2007-08 to 2008-12|Grant

Contributors

Réquérant principal: J-F. Affolter

Co-réquérants: Silvia Schintke, Francois Gaille, Mauro Carpita

 

Description

Contribution Silvis Schintke: calculations for hydrogen production and storage

 

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Affolter Jean-François

Durée du projet: 01.08.2007 - 31.12.2008

Statut: Terminé


NanoLearning: Virtual Performance Centred Environment for Training in Nanoelectronics (Conducting the Swiss participation in a European Project -Leonardo da Vinci) SER LEO 07/05; State Secretary for Education and Reseach (SER) (Bern, Switzerland)

Rôle: Requérant(e) principal(e)

Description du projet :

NanoLearning: Virtual Performance Centred Environment for Training in Nanoelectronics

(Conducting the Swiss participation in a European Project -Leonardo da Vinci) SER LEO 07/05

State Secretary for Education and Research (SER) (Bern, Switzreland)

2007-04 to 2008-09|Grant

 

EU project: 1.10.2006-30.9.2008

 

    • GRANT_NUMBER: SER LEO 07/05

Funding subtype

Leonardo da Vinci - Swiss participation

Total funding amount

 

Contributors

(lead)

Description

Lead of Swiss participation in NanoLearning: Virtual Performance Centred Environment for Training in Nanoelectronics (European Project No FR/06/B/P/PP-152507, development nanoelectronics & e-Learning)

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.02.2007 - 30.09.2008

Statut: Terminé


SOLID - HES-SO grant for acquisition of an international project 2007-10 to 2008-03

Rôle: Requérant(e) principal(e)

Description du projet :

SOLID - grant for acquisition of an international project

HES-SO (Delemont, Western Switzerland)

2007-10 to 2008-03|Grant

  •  
    • GRANT_NUMBER: HES-SO 21122

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.10.2007 - 31.03.2008

Statut: Terminé


ENANO acquisition grant (international) HES-SO

Rôle: Requérant(e) principal(e)

Description du projet :

acquisition grant HES-SO  - international project acquisition

 

ENANO - acquisition grant

HES-SO (Delemont, Western Switzerland)

2006-01 to 2007-05|Grant

  •  
    • GRANT_NUMBER: HES-SO 19055

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.01.2006 - 31.05.2007

Statut: Terminé


Embedded power

Rôle: Collaborateur/trice

Financement: HES-SO Valais-Wallis; HES-SO Rectorat; VD - Ra&D; ARC Ingénierie; HES-SO Valais-Wallis

Description du projet : Depuis le milieu des années 90, la progression irrésistible du marché de la téléphonie mobile a accoutumé la majorité des consommateurs à l'utilisation quotidienne d'appareils « nomades ». Si le marché principal reste la téléphonie mobile (plus de 400 millions d'appareils vendus dans le monde en 2003), l'intérêt des consommateurs accroît désormais également les ventes d'ordinateurs portables, d'assistants personnels, d'appareils photo numériques, de lecteurs MP3, etc. Les améliorations des performances des sources d'énergie, des dispositifs de stockage et des techniques de gestion de la consommation accompagnent les besoins énergétiques croissants des équipements nomades. Du fait de cette évolution, l'énergie embarquée fait l'objet d'importants travaux de recherche dans tous les domaines (transports, objets portables, appareils nomades, équipements autonomes, moyens spatiaux, etc.) et concerne de nombreuses technologies : électrotechnique, informatique, électronique, micro et nanotechnologies, chimie et matériaux énergétiques, etc. Le projet que nous proposons concerne la réalisation de fonctions de service dont l'importance est primordiale dans la mise en 'uvre des systèmes électroniques développés dans la HES-SO. Ces fonctions entrent à part entière dans la réalisation de solutions. De ce fait, ce type d'activité est spécifique des « universités des métiers » que sont les HES.

Equipe de recherche au sein de la HES-SO: Walpen Olivier, Gallay Steve, Schintke Silvia, Hochet Bertrand, Pompili Pierre, Dellea Mario, Gloriod Olivier

Durée du projet: 15.12.2004 - 29.01.2007

Montant global du projet: 294'882 CHF

Statut: Terminé


Nanoplateforme 2004-04 to 2006 -03 / cofinance HES-SO related to project CTI TopNANO21

Rôle: Co-requérant(s)

Description du projet :

Dévéloppement Nanoplateforme nanofh (partie HES-SO) - Dévéloppement d'une foramtion postgrade en nano- et microtechniques 

(suite à la participation commune au projet national CTI TopNANO21 - nanofh)

  • Réquérant principal: Eric Bergmann (hepia)
  • Co-réquérants:
    • Serguei Mikhailov (HE-Arc) 
    • Silvia Schintke (HEIG-VD)
    • Jospeh Moerschell (HES-SO Valais)

 

Equipe de recherche au sein de la HES-SO: Schintke Silvia

Durée du projet: 01.04.2004 - 31.03.2006

Statut: Terminé


Possibilités et limitations des piles à combustibles dans la navigation

Rôle: Collaborateur/trice

Requérant(e)s: VD - Ra&D

Description du projet : Depuis 1998 l'EIVD se préoccupe de l'application des piles à combustibles dans la navigation et a réalisé l'un des premiers bateaux basés sur cette technologie. Les contacts crées par différentes réalisations sont de plus en plus nombreux et l'intérêt des entreprises, ainsi que des consommateurs augmentent.Cependant, les piles à combustibles sont encore en développement et les attentes (entreprises, consommateurs) doivent encore être modérée. Des expériences réalisées, on dégage qu'un état de la situation et qu'un plan de développement méritent d'être élaborés dans ce secteur.Cette étude examinera le potentiel d'application global dans la navigation et tentera de déterminer la meilleure stratégie de croissance des applications de piles à combustibles dans le domaine marin.

Equipe de recherche au sein de la HES-SO: Schintke Silvia, Gaille François, Affolter Jean-François, Carpita Mauro

Partenaires académiques: VD - Ra&D

Durée du projet: 10.06.2005 - 28.02.2006

Statut: Terminé




2021

Metal-Free and Carbon-Free Flexible Self-Supporting Thin Film Electrodes Scientifique

Chahrazad Benbalit, Eleonora Frau, Olivera Scheuber, Silvia Schintke

Materials Science Forum, ISSN: 1662-9752, Vol. 1016, pp 1264-1271, 2021 , vol. 1016, no ISSN: 1662-9752, pp. 1264-1271

Résumé:

Chahrazad BENBALIT(1,2), Eleonora FRAU(1), Olivera SCHEUBER(1), and Silvia SCHINTKE(1)*
(1) Laboratory of Applied NanoSciences, Department of Industrial Technologies, HEIG-VD, HES-SO // University of Applied Sciences Western Switzerland (HES-SO), CH-1401 Yverdon-les-Bains, Switzerland
(2) present address: Institut UTINAM, UMR 6213 CNRS-UBFC, Université de Bourgogne Franche-Comté (UBFC), F-25030 Besançon Cedex, France

Conductive polymers are promising for application in the medical and sport sectors, e.g. for thin wearable health monitoring systems. While many today’s  electrodes contain either carbon or metals as electrically conductive filler materials, product design manufacturing has an increasing interest in the development of metal free and carbon free, purely polymer based electrode materials. While conducting polymers have generally rather low electrical conductivities compared to metals or carbon, they offer broad options for industrial processing, as well as for dedicated adjustments of final product properties and design aspect, such as colour, water repellence, or mechanical flexibility in addition to their electrical properties. The development of electrically conducting polymer blends, based on conductive polymers is thus timely and of high importance for the design of new attractive flexible electrodes.
We have developed material formulation and processing techniques for the fabrication of selfsupporting thin film electrodes based on polyaniline (PANI) and polyvinylidene fluoride (PVDF) blends. Electrical four-point probing was used to evaluate the electrode conductivity for different processing and fabrication techniques. Optical microscopy and atomic force microscopy measurements corroborate the observed electrical conductivity obtained even at low PANI concentrations revealing the nanoscale material distribution within the blends. Our self-supporting thin film electrodes are flexible, smooth, and water repellent and were furthermore successfully tested under bending and upon storage over a period of several months. This opens new perspectives for  the design of metal free and carbon free flexible electrodes for medical, health, and sports applications.

[Submitted: 2020-05-18, Accepted: 2020-05-25, Online: 2021-01-05]


Fabrication of Silver-Nanowire/PVDF Self-Supporting Thin Flexible Electrode Membranes Scientifique

Chahrazad Benbalit, Olivera Scheuber, Eleonora Frau, Silvia Schintke

Materials Science Forum, ISSN: 1662-9752, Vol. 1016, pp 1272-1279 (2021), 2021 , vol. 1016, no ISSN: 1662-9752, pp. 1272-1279

Résumé:

Chahrazad BENBALIT(1,2), Olivera SCHEUBER(1), Eleonora FRAU(1), and Silvia SCHINTKE(1)*
(1) Laboratory of Applied NanoSciences, Department of Industrial Technologies, HEIG-VD, HES-SO // University of Applied Sciences Western Switzerland (HES-SO), CH-1401 Yverdon-les-Bains, Switzerland
(2) Institut UTINAM, UMR 6213 CNRS-UBFC, Université de Bourgogne Franche-Comté (UBFC), F-25030 Besançon Cedex, France

Flexible electrodes play an increasing role for medical applications, such as ECG (electrocardiography) or TENS (Transcutaneous electrical nerve stimulation) due to comfort in use and thus their suitability for health monitoring under movement and during sport. Polymers, such as polyvinylidene fluoride (PVDF), are promising for the development of fabrication methods and materials for such application cases, as stable flexible thin polymer
membranes can be produced at large scale. We have compared different up-scalable fabrication techniques of thin electrode membranes based on PVDF as a function of silver nanowire concentration, using electrospinning, spincoating, and drop-casting techniques. The produced membranes and thin films were investigated by electrical four-point probing, optical microscopy, atomic force microscopy, as well as by stability tests under bending, and water exposure. We show, that a combination of electrospinning and spin-coating presents a reliable method for the fabrication of AgNW-PVDF based flexible nanofiber membrane electrodes (NMEs). Our nanofiber membrane electrodes (NMEs) exhibit a 10 times lower sheet resistance than AgNW-PVDF
thin film electrodes (TFEs) produced for comparisons by a combination of spincoating and dropcasting using the same amounts of AgNWs. Upon immersion in water for up to 48 hours, we do not detect any nanowire release or decomposition of the fabricated electrodes, which is promising in view
of application of the AgNW-PVDF composite electrodes in humid environment.

[Submitted: 2020-01-22, Accepted: 2020-04-07, Online: 2021-01-05]




2020

Modulated 3D cross-correlation dynamic light scattering applications for optical biosensing and time-dependent monitoring of nanoparticle-biofluid interactions ArODES Scientifique

Schintke Silvia, Frau Eleonora

Applied Sciences, 2020, vol. 10, no.24, article no. 8969

Lien vers la publication

Résumé:

This paper reviews dynamic light scattering (DLS) of gold nanoparticle-protein interactions for the model protein bovine serum albumin (BSA), as well as in complex biofluids, at the example of mouse serum. DLS data of nanorods of various aspect ratio, of proteins and of mouse serum are discussed in terms of the analysis of their hydrodynamic radii, leading to the distinction of rotational and translational motion as well as to the detection of agglomerates. We address in particular advances obtained by modulated 3D cross correlation dynamic light scattering and recent progress using the CORENN algorithm for analysis of DLS data.




2017

Design and characterization of conductive biopolymer nanocomposite electrodes for medical applications Scientifique

C. Tematio, M. Bassas, Narcis Fosso, V. Gaillard, Marc Mathieu, Manfred Zinn, Enrico Maria Staderini, Silvia Schintke

Materials Science Forum - January 2017, 2017 , vol. 879, pp. 1921-1925




2015

Photodetector based on electrochemically deposited ZnO and inkjet printed PEDOT:PSS heterojunction Scientifique

Nikolay Kurtev, Slavka Tzanova, Silvia Schintke

Electrotechnica & Electronica (ISSN 0861-4717), 2015 , vol. 50, no 7-8, pp. 14-18

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Chemical Modification of Polyhydroxyalkanoates (PHAs) for the Preparation of Hybrid Biomaterials Scientifique

Mònica Bassas-Galià, Adolfo Gonzalez, Fabrice Micaux, Vanessa Gaillard, Umberto Piantini, Silvia Schintke, Manfred Zinn, Marc Mathieu

Chimia - International Journal for Chemistry, 2015 , vol. 96, no 10, pp. 627-630

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Material alternative to ITO for transparent conductive electrode in flexible display and photovoltaic devices Scientifique

Mariya Aleksandrova, Nikolay Kurtev, Valentin Videkov, Slavka Tzanova, Silvia Schintke

Microelectronic Engineering, 2015 , vol. 145, pp. 112-116

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Characterisation of inkjet printed PEDOT:PSS nanostructures: dimensions, conductivity and UV degeneration of single and multiple line tracings Scientifique

N. Kurtev, S. Tzanova, Silvia Schintke

CAx Technologies (ISSN 1314-9628), 2015 , vol. 3, pp. 22-27




2013

Application of stencil masks for ion beam lithographic patterning Scientifique

S. Brun, V. Savu, Silvia Schintke, E. Guibert, H. Keppner, J. Brugger, H.J. Whitlow

Nuclear Instruments and Methods in Physics Research B, 2013 , vol. 306, pp. 292-295

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2007

Des piles à combustible dans la navigation : possibilités et limitations ArODES Professionnel

Affolter Jean-François, Carpita Mauro, Gaille François, Schintke Silvia

Bulletin SEV/AES, 2007, vol. 1, pp. 31-34

Lien vers la publication

Résumé:

Les piles à combustible pour la mobilité sont encore en développement et les attentes des consommateurs doivent encore souvent être modérées. Cette étude examine donc le potentiel global d’application dans la navigation et tente de déterminer les problèmes et les avantages pour des applications de piles à combustible dans le domaine marin, plus particulièrement en eau douce, sur les lacs et canaux. Pas de pollution de l’eau, ni de l’air, pas d’odeurs nauséabondes et un faible bruit sont les avantages majeurs. Les systèmes nécessitant une large autonomie doivent toutefois faire l’objet d’études particulières pour le choix le mieux adapté de la technologie.


Des piles à combustibles dans la navigation Professionnel

Jean-François Affolter, Mauro Carpita, François Gaille, Silvia Schintke

Bulletin electrosuisse, Jan 26, 31 (2007)., 2007 , vol. Jan 26, pp. 31-36




2006

Layer-selective epitaxial self-assembly of porphyrins on ultrathin insulators ArODES Scientifique

Ramoino L., von Arx M., Schintke Silvia, Baratoff A., Güntherodt H.-J., Jung T. A.

Chemical Physics Letters, 2006, vol. 417, no. 1-3, pp. 22-27

Lien vers la publication

Résumé:

Copper-Octaethyl Porphyrin self-assembly has been studied on NaCl islands, 1–3 monolayers thick, grown on metal substrates. Extended ordered molecular monolayers are observed for the first time on ultrathin insulator films. The assembly occurs in hierarchical fashion, starting on the metal substrate, then followed by assembly on the first and second NaCl layers, clearly demonstrating a decrease in adsorption energy for increasing insulator layer thickness. The underlying mechanisms are discussed on the basis of molecule–substrate interactions. Voltage-dependent STM images reveal differences of the electronic structure for molecules adsorbed on metal and NaCl/metal areas.


Layer selective epitaxial self-assembly of porphyrins on ultrathin insulators Scientifique

L. Ramoino, M. von Arx, Silvia Schintke, A. Baratoff, H.-J. Güntherodt, T.A. Jung

Chem. Phys. Lett., 2006 , vol. 417, pp. 22-27

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Supramolecular Self-Assemblies as High-Density Data-Storage Media Scientifique

Nikolai Wintjes, Markus Wahl, Andreas Kiebele, Meike Stöhr, Silvia Schintke, Hannes Spielmann, Hans-Joachim Güntherodt, Lutz Gade, D Bonifazi, F Cheng, F Diederich, Thomas Jung

MRS Online Proceedings Library Archive , Volume 961: Symposium O – Nanostructured and Patterned Materials for Information Storage , 2006 , 0961-O16-04, 2006 , vol. 961, no 0961-O16-04

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Résumé:

The affordable and reproducible creation of nanoscale functional material layers is a key desire towards the progressing miniaturization of devices and the continuous increase of data storage densities. While top-down structuring costs are exploding, the self-assembly [1] of dedicated building blocks in functional molecular layers provides an alternative to produce structures in the few nanometer range. Several different approaches, exploit characteristic materials properties for this purpose: A) the dedicated assembly of two dimensional molecular layers on prepatterned surfaces provides the basis for structural transitions involving only some hundred molecules. These transitions can be reversibly triggered by an electric field. [2] B) The complex balance of inter-molecular interactions with adsorbate-adsorbent interactions provides the basis for tuning the assembly. Long range ordering is a crucial requirement to match self-assembled functional devices with top-down manufactured methods for addressing and operation. [3] C) Using larger molecular entities and conformational flexure [4], even larger periodicity functional arrays can be manufactured by extending site blocking mechanisms to nearest neighbour interactions. [5] D) By a hierarchical two step approach, i.e. the initial assembly of a specific host-layer and the second step assembly of molecular guests upon this host layer, a wealth of new molecular properties is achievable in extended supra-molecular layers. [6] All these new supra-molecular self-assembled systems offer a valid alternative toward the fabrication of reproducibly identical and addressable “molecular switches” which are impossible to achieve by using established lithographic methods.




2005

Detection of surface states anisotropies at GaAs(001)(2 × 4) decapped surfaces ArODES Scientifique

Goletti C., Emiliani V., Schintke Silvia, Frisch A . M., Esser N., Fimland B. O.

physica status solidi (b), 2005, vol. 242, no. 13, pp. 2664-2670

Lien vers la publication

Résumé:

The surface or bulk origin of the optical anisotropies detected by reflectance anisotropy spectroscopy (RAS) at GaAs(001)(2 × 4) surfaces has been extensively investigated in the last years and a quite general agreement has been reached that the dominating character would be bulk‐like. Nevertheless, a very recent paper [F. Arciprete et al., Phys. Rev. B 69, 081308(R) (2004)] has again issued the presence of surface states contributions in optical anisotropies, revealing a structure at 2.5 eV due to surface states, in addition to the well known features around 2.9 eV and 4.5 eV related to the bulk critical points E1 and E0′. We have carried out a new experiment to prove this conclusion by following the changes in the optical anisotropy of a GaAs(001)(2 × 4) surface in the range 2.0–5.0 eV induced by Ag/Sb‐codeposition. The interface Ag/GaAs(001) is known to be not reactive. Due to its surfactant effect, codeposition of Sb leads to a nearly epitaxial growth of the Ag overlayer. We show that at the early stages of deposition (nominally at 0.25 monolayer) an evident modification of the RAS spectrum is detected at 2.5 eV, well below the photon energy (2.9 eV) where bulk‐like anisotropies appear. We relate this modification to the disappearance of surface states characteristic of the (2 × 4) reconstruction, in excellent agreement with previous conclusions and experiments. (© 2005 WILEY‐VCH Verlag GmbH & Co. KGaA, Weinheim)


Energy level alignment at metal-octaethylporphyrin interfaces ArODES Scientifique

Alkauskas A., Ramoino L., Schintke Silvia, von Arx M., Baratoff A., Güntherodt H.-J., Jung T. A.

The Journal of Physical Chemistry, 2005, vol. 109, no. 49, pp. 23558-23563

Lien vers la publication

Résumé:

We studied the electronic structure of copper−octaethylporphyrin (CuEOP) adsorbed on three metal surfacesAg(001), Ag(111), and Cu(111)by means of ultraviolet photoelectron spectroscopy (UPS). The adsorption-induced work function shifts saturate roughly beyond two monolayers. The saturation values are substrate dependent, negative, and range from −1.30 to −0.85 eV. This shift is larger than that for tetraphenylporphyrins. The two highest occupied molecular orbitals (HOMO and HOMO-1) of the organic are clearly resolved in the UPS spectra. The origin of the negative work function shift is discussed.


Two-dimensional structural transition controlled by the electric field Professionnel

Simon Berner, Silvia Schintke, Luca Ramoino, Michael de Wild, Thomas A. Jung

Patent: Agent: Griffin & Szipl, PC – Arlington, VA, US, Inventors: Simon Berner, Silvia Schintke, Luca Ramoino, Michael de Wild and Thomas A. Jung, Two-dimensional structural transition controlled by the electric field, 01/06/2005, Class: 365153000 (USPTO), G11C011/00 (Intl Class)., 2005


Possibilités et limites des piles à combustibles dans la navigation Professionnel

Jean-François Affolter, Mauro Carpita, François Gaille, Silvia Schintke

OFEN (Swiss Federal Office of Energy), Bern, DIS 100418, 1-54, Dec 2005., 2005 , vol. DIS 100418, pp. 1-54


Energy level alignment at Metal-Octaethylporphyrin interfaces Scientifique

A. Alkauskas, L. Ramoino, Silvia Schintke, M. von Arx, A. Baratoff, H.-J. Güntherodt, T.A. Jung

Journal of Phys. Chem. B, 2005 , vol. 109, no 23558-23563

Lien vers la publication


Detection of surface states anisotropies at GaAs(001) (2×4) decapped surfaces Scientifique

C. Goletti, V. Emiliani, Silvia Schintke, A.M. Frisch, N. Esser, B.O. Fimland

Physica status solidi b, 2005 , vol. 242, pp. 2664-2670

Lien vers la publication




2004

Insulators at the ultrathin limit : electronic structure studied by scanning tunnelling microscopy and scanning tunnelling spectroscopy ArODES Scientifique

Schintke Silvia, Schneider Wolf-Dieter

Journal of Physics: Condensed Matter, 2004, vol. 16, no. 4, pp. R49-R81

Lien vers la publication

Résumé:

Considerable progress has been made recently, using scanning tunnelling microscopy (STM), scanning tunnelling spectroscopy (STS) and local density functional theory (DFT), in examining the atomic structure and electronic properties of ultrathin insulating films. This article reviews pertinent results to date with special emphasis on ultrathin MgO films on Ag(001) surfaces. Using STS, the layer-by-layer resolved electronic structure up to 3 ML shows that the band gap of about 6 eV at the MgO surface develops within the first 3 ML confirmed by local density of states (LDOS) calculations. Using model calculations, the atomic species observed in STM on the MgO film are unambiguously identified. These results underline the importance of a combination of local spectroscopy, scanning probe techniques and local density of states calculations for the understanding of matter on the microscopic level.


Modeling Nucleation and Insulating Properties of Oxide Surfaces and Ultra-thin Films Scientifique

Silvia Schintke, M. Stengel, L.C. Ciacchi, W.-D. Schneider, M. Svetina, J.V. Barth, O. Sbaizero, S. Roitti, A. De Vita

Key Engineering Materials, 2004 , vol. 264-268, pp. 485-488

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Insulators at the ultrathin limit: electronic structure studied by scanning tunnelling microscopy and scanning tunnelling spectroscopy Scientifique

Silvia Schintke, W.-D. Schneider

Journal of Physics: Condensed Matter, 2004 , vol. 16, no R49-R81

Lien vers la publication




2003

Optical resonances of indium islands on GaAs(001) observed by reflectance anisotropy spectroscopy ArODES Scientifique

Esser N., Frisch A. M., Röseler A., Schintke Silvia, Goletti C., Fimland B. O.

Physical Review, 2003, vol. 67, no. 12, article no. 125306

Lien vers la publication

Résumé:

The optical properties of indium islands on GaAs(001) surfaces have been studied by reflectance anisotropy spectroscopy as a function of metal coverage. A large optical anisotropy is observed, which shows an oscillatory behavior and scales with the island size: mean island sizes determined by scanning electron microscope correspond to the wavelengths where extremes in the optical anisotropy arise. We explain this behavior by surface plasmon resonances of the island structure which induce a huge optical anisotropy related to the anisotropic shape and distribution of the In islands. Model calculations of the reflectance anisotropy spectroscopy signal based on a layer system where the island film is represented by an effective medium consisting of ellipsoidal metal particles in a vacuum matrix reproduce the main oscillation and support our conclusion.


Optical Resonances of Indium Islands on GaAs(001) Observed by Reflectance Anisotropy Spectroscopy Scientifique

N. Esser, A.M. Frisch, A. Röseler, Silvia Schintke, B.O. Fimland, C. Goletti

Physical Review B, 2003 , vol. 67, no 125306

Lien vers la publication




2002

Oxygen and Ultrathin Metal-Oxide Films on Silver: Morphology and Local Electronic Structure Livre

Silvia Schintke

2002, Berlin, ISBN 3-89574-452-2; Wissenschaftliche Schriftenreihe Physik, Band 71, ISSN 1431-0228. : Verlag Dr. Köster, 60  p.

Lien vers la publication




2001

Far-ranged transient motion of “hot” oxygen atoms upon dissociation ArODES Scientifique

Schintke Silvia, Messerli Stéphane, Morgenstern Karina, Nieminen Jouko, Schneider Wolf-Dieter

The Journal of Chemical Physics, 2001, vol. 114, pp. 4206-4209

Lien vers la publication

Résumé:

Scanning tunneling microscopy at low temperature reveals that upon dissociative adsorption of oxygen on Ag(001) “hot” adatoms have separated in a far-ranged transient motion to two different intrapair distances around 2 and 4 nm, corresponding to 7 and 14 surface lattice constants, respectively. Manipulation experiments on oxygen atoms displaying different contrasts in the images and model calculations suggest that the transient motion ends up not only in the stable fourfold hollow site but also in two metastable sites.


Oxygen and Ultrathin Metal-Oxide Films on Silver: Morphology and Local Electronic Structure Thèses

Silvia Schintke

2001, Lausanne, Switzerland : Université de Lausanne. 60  p.

Prof. Dr. Wolf-Dieter Schneider

Lien vers la publication


Insulator at the ultrathin limit: MgO on Ag(001) Scientifique

Silvia Schintke, S. Messerli, M. Pivetta, F. Patthey, L. Libioulle, M. Stengel, A. De Vita, W.-D. Schneider

Physical Review Letters, 2001 , vol. 87, no 276801

Lien vers la publication


Far-ranged transient mobility of “hot” oxygen atoms upon dissociation Scientifique

Silvia Schintke, S. Messerli, K. Morgenstern, J. Nieminen, W.-D. Schneider

Journal of Chemical Physics, 2001 , vol. 114, pp. 4206-4209

Lien vers la publication




2000

Oxygen molecules on Ag(001) : superstructure, binding site and molecular orientation ArODES Scientifique

Messerli Stéphane, Schintke Silvia, Morgenstern Karina, Nieminen Jouko, Schneider Wolf-Dieter

Chemical Physics Letters, 2000, vol. 328, no. 4-6, pp. 330-336

Lien vers la publication

Résumé:

Oxygen molecules on Ag(0 0 1), adsorbed at about 60 K, are found to form two-dimensional c(2×4) compact islands. We determine binding site and orientation of the molecules within the superstructure by comparing experimental and calculated scanning tunneling images in combination with molecular dynamics simulations. The molecule adsorbs in the thermodynamically stable fourfold hollow site with its molecular axis in the direction of short periodicity of the superstructure. Rehybridization of 1π and 2π orbitals on adsorption is at the origin of the observed image contrast.


Imaging size-selected silicon clusters with a low-temperature scanning tunneling microscope ArODES Scientifique

Messerli Stéphane, Schintke Silvia, Morgenstern Karina, Sanchez Antonio, Heiz Ueli, Schneider Wolf-Dieter

Surface Science, 2000, vol. 465, no. 3, pp. 331-338

Lien vers la publication

Résumé:

Size-selected Si30 and Si39 clusters produced by a laser vaporization cluster source are deposited on the Ag(111) surface at room temperature and at liquid-nitrogen temperature respectively. Subsequently, the sample is transferred at low temperature (120 K) in a separate mobile ultrahigh vacuum chamber (vacuum-suitcase) from the cluster source to a low-temperature scanning tunneling microscope (STM). Soft landing of the supported clusters is indicated by the following observations: (i) atomic-resolution images taken at low bias voltages show transparent Si clusters and an unperturbed Ag(111) substrate; (ii) manipulation experiments on the supported clusters and subsequently taken atomic-resolution images show a defect-free Ag(111) surface. In spite of the fact that the clusters are mass-selected in the gas phase, a statistical analysis of the STM images indicates a finite size-distribution on the support. This finding is attributed to the presence of different isomers and/or cluster orientations on the surface.


Oxygen Molecules on Ag(001): superstructure, binding site and molecular orientation Scientifique

S. Messerli, Silvia Schintke, K. Morgenstern, J. Nieminen, W.-D. Schneider

Chemical Physics Letters, 2000 , vol. 328, pp. 330-336

Lien vers la publication


Imaging size-selected silicon clusters with a low temperature scanning tunneling microscope Scientifique

S. Messerli, Silvia Schintke, K. Morgenstern, A. Sanchez, U. Heiz, W.-D. Schneider

Surface Science, 2000 , vol. 465, pp. 331-338

Lien vers la publication




1999

Selbstorganisation von Molekülen auf Oberflächen untersucht mittles Rastertunnelmikroskopie ArODES Chapter

Morgenstern Karina, Schintke Silvia

Dans Nowak, Claudia, Wilke, Ingrid, Wollmer, Ulrike, Kiss the Future! Physikerinnen stellen sich vor : Tagugsband der Deutschen Physikerinnentagung 1998 (pp. 117-122). 1999, Kirchlinteln : Hoho Verlag Hoffmann und Hoyer

Lien vers la publication


Selbstorganisation von Molekülen auf Oberflächen untersucht mittels Rastertunnelmikrospkopie Professionnel

Silvia Schintke, Karina Morgenstern

published in Kiss the future! -Physikerinnen stellen sich vor, C. Nowak, I. Wilke, U. Wollmer (eds.), Hoho-Verlag Hoffmann und Hoyer, 1999, ISBN 3-929120-12-7., 1999




1997

Surfactant-mediated growth of indium on GaAs(001) ArODES Scientifique

Schintke Silvia, Resch-Esser U., Esser N., Krost A., Richter W., Fimland B. O.

Surface Science, 1997, vol. 377-379, pp. 953-957

Lien vers la publication

Résumé:

The influence of antimony as surfactant on the growth mode of indium on GaAs(001) has been investigated for deposition at various temperatures. Clean surfaces of (2 × 4) reconstruction were prepared in UHV by thermal desorption of a protective arsenic cap deposited on top of homoepitaxially grown MBE layers. Before In deposition, 2 ML Sb were pre-deposited on top of the clean GaAs surface of part of the samples. The In growth mode was then monitored by AES and compared with that occurring during In growth on GaAs without an Sb interlayer. After removal of the samples from UHV, SEM investigations show regularly shaped, flat In islands oriented along the 〈110〉 substrate directions. In comparison, In islands grown without an Sb interlayer also show a preferential orientation along the 〈110〉 substrate directions, but differ in shape and size. Low-temperature In deposition (120 K) leads to the formation of a continuous In layer, which tears during warm up to room temperature. An exchange between surfactant material and indium during growth is found for both low- and room-temperature In deposition. X-ray diffraction measurements show a strong influence of the Sb surfactant on the crystallinity of the In film.


Surfactant-mediated growth of indium on GaAs(001) Scientifique

Silvia Schintke, U. Resch-Esser, N. Esser, A. Krost, W. Richter, B.O. Fimland

Surface Science 377-379, 1997 , vol. 377-379, pp. 953-957

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2021

Metal-Free and Carbon-Free Flexible Self-Supporting Thin Film Electrodes - oral presentation, presenting author: C. Benbalit / student presentation - Conference

Silvia Schintke

THERMEC - International Conference on Processing & Manufacturing of Advanced Materials, 10.05.2021 - 14.05.2021, Graz, Austria - online


Fabrication of Silver-Nanowire/PVDF Self-Supporting Thin Flexible Electrode Membranes - oral presentation, presenting author: Silvia Schintke - Conference

Chahrazad Benbalit, Olivera Scheuber, Eleonora Frau, Silvia Schintke

THERMEC - International Conference on Processing & Manufacturing of Advanced Materials, 10.05.2021 - 14.05.2021, Graz, Austria - online

Résumé:

- oral presentation, presenting author: Silvia Schintke -


Laser assisted nano- and micropatterning of confined nanoparticle ink layers: process and patterning system - oral presentation, presenting author: Silvia Schintke - Conference

Manuel von Hinten, Olivera Scheuber, Eleonora Frau, Silvia Schintke

LOPEC, 23.03.2021 - 25.03.2021, Munich, Germany - online

Résumé:

- oral presentation, presenting author: Silvia Schintke -




2020

Towards standards for light scattering studies of protein stability and nanoparticle-protein interactions Conference

Eleonora Frau, Silvia Schintke

22nd International Conference on Transparent Optical Networks (ICTON), 19.07.2020 - 24.07.2020, Bari (online conference), invited talk https://icton2020.fbk.eu/

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Inkjet printable ZnO/PEDOT:PSS heterojunction for thin flexible semi-transparent optoelectronic sensors Conference

Eleonora Frau, Yipeng Zhang, Lydie Viau, Florian Jurin, Cédric Buron, Claudine Filiâtre, Silvia Schintke

22nd International Conference on Transparent Optical Networks (ICTON), 19.07.2020 - 24.07.2020, Bari (online-conference) - invited oral presentation https://icton2020.fbk.eu/

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Towards standards for light scattering studies of proteins stability and nanoparticle-protein interactions ArODES Conference

Silvia Schintke, Eleonora Frau

Proceedings of 2020 22nd International Conference on Transparent Optical Networks (ICTON), 19-23 July 2020, Bari, Italy

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Résumé:

Protein-nanoparticle suspensions are nowadays widely studied for the development of medical and environmental biosensors. The complexity of interactions between nanoparticles and biological fluids, together with the increasing use of dynamic light scattering (DLS) for their characterization, support the need to develop common standards for DLS measurements and analysis, in order to enable a reliable comparison of measurement results. In this study, we use 3D cross-correlation Dynamic Light Scattering (3Dcc-DLS) for the characterization of gold nanoparticles (Au NP), with spherical and rod shape, stabilized with sodium citrate, and their interaction with bovine serum albumin (BSA). We show that for Au nanorods it is possible to distinguish the rotational and translational motion. Moreover, we monitor the interaction of Au NPs and BSA over time, in order to analyse the first step of protein corona formation. Our results show that Au nanorods interact more than Au nanospheres with BSA. From the evolution of the rotational and translational peaks we conclude that the proteins tend to bind on the long cylindrical side of the nanorods.


Inkjet printable ZnO/PEDOT:PSS heterojunction for thin flexible semi-transparent optoelectronic sensors ArODES Conference

Silvia Schintke, Eleonora Frau

Proceedings of 2020 22nd International Conference on Transparent Optical Networks (ICTON), 19-23 July 2020, Bari, Italy

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Résumé:

Flexible sensors play an increasing role in printed electronics and are of interest for optoelectronic applications in flexible robotics and industrial automation. Thus, we have investigated the hybrid inorganic-organic junction between ZnO and PEDOT:PSS (poly(3,4-ethylenedioxythiophene) polystyrene sulfonate). A thin ITO (indium tin oxide) layer on PET (polyethylene terephthalate) foils was used as substrate electrode. ZnO was deposited from a nanoparticle (NP) suspension by electrophoretic deposition. For comparison, we have used three different methods for the deposition of PEDOT:PSS, namely (i) drop casting, (ii) dip-coating, (iii) inkjet printing. For the resulting ZnO-PEDOT:PSS junctions, current-voltage characteristics were recorded using miBot micromanipulators, and analysed applying adapted models of thermionic emission, according to Cheung and Cheung, as well as Norde. For dip-coated samples we obtained barrier heights of (0.78±0.01) eV and (0.73±0.02) eV, respectively, while inkjet printed and drop casted structures show smaller values (0.53 eV to 0.66 eV, respectively). Thus, dip-coating can be used for a rapid upper estimation of the ZnO-PEDOT:PSS barrier heights for developing inkjet printable optoelectronic sensors. When using low concentrated PEDOT:PSS suspensions, we observed negative photoresponse of the junction; this is consistent with the formation of a ZnO-NPs and PEDOT:PSS nanocomposite which we obtained on porous semi-transparent ZnO-NP films.




2019

Characterization of biological liquids by modulated 3D cross-correlation dynamic light scattering ArODES Conference

Silvia Schintke, Eleonora Frau

Proceedings of 2019 21st International Conference on Transparent Optical Networks (ICTON), 9-13 July 2019, Angers, France

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Résumé:

The deep biomedical knowledge reached in the past decades in many fields of medicine and biology has been accompanied by continuous technological progress in measurement instrumentation and analysis techniques. This development is important also to improve the characterization and the understanding of the interactions between nanoparticles and biological liquids, due to emerging applications such as drug delivery, bioimaging, biosensing, diagnostics and photothermal therapy. In this study, we characterize the interaction between mouse serum and gold nanoparticles (NPs) and nanorods (NRs) by Modulated 3D Cross-correlation Dynamic Light Scattering (DLS), in order to demonstrate that this technique can be applied to the investigation of complex biological liquids. The analysis of the size distribution of the hydrodynamic radius reveals three different contributions from particles motion, associated to rotation, translation and agglomerates. Moreover, we show that the interaction between Au NPs or NRs and mouse serum depends on the aspect ratio of the Au particles. These results are promising for deepening the knowledge on proteins-nanoparticles interaction, for laboratory-based experiments as well as for sensing and diagnostic applications and nanoparticles based medical therapy.


Laser induced surface modification for inkjet printing and coating ArODES Conference

Silvia Schintke, Eleonora Frau

Proceedings of 2019 21st International Conference on Transparent Optical Networks (ICTON), 9-13 July 2019, Angers, France

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Résumé:

Lasers are nowadays widely applied in additive manufacturing and several laser based techniques related to inkjet printing are emerging. In this paper, surface treatment of nanoparticle coatings using a commercial laser engraving machine are presented. Experiments were performed on (i) thin thermally cured silver nanoparticle coatings on glass and (ii) iron oxide (Fe 2 O 3 ) nanoparticle dispersion coatings on glass. The laser treatment on Ag films illustrates local melting or dewetting behavior dependent on laser power and on the density of engraving patterns. For Fe 2 O 3 coatings, direct laser writing on dried layers and laser treatment on fluid nanoparticle ink layers are investigated. We demonstrate and discuss in particular the generation of large area laser induced microstructures in vertically confined nanoparticle ink films. Controlled ink accumulation is generated by the laser pulses. Furthermore, 2D porous network structures, as well as laser induced large area filament structures are generated by heat driven capillary flow. Tailored adjustments of nanoparticle inks, film thickness and laser treatment patterns open perspectives for the generation of laser induced self-assemblies, e.g. for novel fabrication processes for 2D metamaterials, for sensor developments or advanced anti-counterfeit applications.




2018

Structuring of magnetic nanoparticle fluids for decorative and functional printing and coating ArODES Conference

Silvia Schintke, Eleonora Frau, Narcis Fosso

Proceedings of the 20th International Conference on Transparent Optical Networks, Bucharest, Romania, 1-5 July 2018

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Résumé:

Printing and coating of magnetic inks is widely used in the field of magnetic barcode labels. Nanoparticle inks have gained increasing interest in the field of printed electronics. Controlling the transport of magnetic nanoparticle fluids by external magnetic fields is nowadays mainly applied in environmental and biomedical research, e.g. in order to transport functionalised magnetic particles for drug delivery, sensing, thermal cancer therapy, or for the extraction of pollutants in waste water cleaning. Application examples of field assisted nanoparticle assembly or fluid control in coating and printing, e.g. for the structural colour generation in photonics, are recently emerging. In this paper, we address the topic of field assisted patterning by the design of a versatile magnetic pattering and structuring platform for field assisted nanoparticle assembly and locally tailored pattern formation in printing and thin film coating. 2D finite element modelling for tailored magnetic field patterning, as well as experimental inkjet printing and coating results for Fe2O3 iron oxide nanoparticles on glass are presented and discussed. The developed print patterning technique is of interest for decorative and functional printing and coating, e.g. for further developments in the application field of smart security tags.


Modulated 3D cross-correlation dynamic light scattering of magnetic nanoparticle inks ArODES Conference

Silvia Schintke, Eleonora Frau

Proceedings of the 20th International Conference on Transparent Optical Networks, Bucharest, Romania, 1-5 July 2018

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Résumé:

Dynamic light scattering (DLS) is a versatile tool for sizing nanoparticles (NPs) suspended in fluids. In this paper, we apply and discuss modulated 3D cross-correlation DLS and UV-vis-NIR transmittance spectroscopy for the study of commercial iron oxide NP aqueous suspensions (Fe3O4 and Fe2O3, with nominal average size 10 nm and < 30 nm, respectively) motivated by the aim to use them for the formulation of magnetic NP inks. By analyzing the particle size distribution with the LS Instruments’ CONTIN algorithm, we find that the predominant particle sizes in nanoparticle products can strikingly differ from the values that a user would typically expect according to the provided suppliers’ information. We thus highlight that for application fields of magnetic NPs, such as e.g. ink formulations for nanoelectronics, spintronics or printed electronics, and whenever the particle size matters, the purchase and use of NP materials needs detailed product information and investigation of particle size distributions. Our analysis as a function of NP concentration confirm that modulated 3D cross-correlation DLS can efficiently be used even at high NP concentrations (e.g. 1.17 g/mL Fe2O3 load) without further dilution.


Synthesis, characterization and biosensing-applications of gold nanoparticles : experiments for photonics and other nonchemistry curricula in the higher education of engineers ArODES Conference

Silvia Schintke

Proceedings of the 20th International Conference on Transparent Optical Networks, Bucharest, Romania, 1-5 July 2018

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Résumé:

With the development of nanoscience and nanotechnology, the application of nanoparticles is getting broader and interdisciplinary. For preparing engineering students to work in the increasingly interdisciplinary sectors of photonics, materials engineering, nanotechnologies, or health engineering, laboratory curricula or term project training in applied nanoscience is increasingly required. This article presents laboratory experiments for the higher education of photonics and other non-chemistry graduate students (postgraduates) or even undergraduates to be basically skilled with the synthesis, characterization and bio-applications of gold nanoparticles (Au NPs). The presented laboratory training experiments are based on low investment costs of instrumentation. The entire chain is illustrated from conventional reaction principles for Au NP synthesis, over optical characterization to practical operation in optical biosensors developments. Using myoglobin as a model protein, UV/vis absorbance experiments illustrate how to evaluate the amount of proteins that are adsorbed to the NPs. Potentially the synthesized NPs can be used to extract low-abundant proteins for bio-sensing application, or to remove excess proteins in samples with complicated background like sera. The designed experiments are suitable for laboratory project periods of two days, and extendable to weeks, or also to term projects under minor alteration.




2017

Printing and characterizing plasmonic nanoparticles ArODES Conference

Silvia Schintke, Narcis Fosso

Proceedings of 19th International Conference on Transparent Optical Networks (ICTON), 2017

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Résumé:

Printing plasmonic nanoparticles is of interest e.g. in the fields of large area printing for photovoltaic applications, biomedical and photonic sensor developments, as well as for digital printing of security tags for smart packaging and anti-counterfeit applications. We have studied plasmonic gold nanoparticles embedded in printable PEDOT:PSS (poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate), a transparent hole conducting organic semiconductor material). Aqueous dispersions of chemically stabilized gold nanoparticles (e.g. 40 nm in diameter) were used as plasmonic nanoparticle additives for the nanocomposite coating materials and inks. Inkjet printing and spincoating experiments have been performed on glass substrates. The inkjet printed nanocomposite microstructures and thin film coatings were investigated by true non-contact atomic force microscopy (AFM), 3D profilometry, optical microscopy. Absorbance spectroscopy was used to characterize the gold nanoparticle dispersions upon synthesis and encapsulation in comparison to commercial gold nanoparticles. AFM topography and phase contrast data reveal the domain structure of PEDOT:PSS, and indicate embedding of the nanoparticles within the transparent conducting polymer printed structures. Successive printing of the PEDOT:PSS ink and gold nanoparticle dispersions leads to the contrary to significant topographic contrasts in AFM and optical profilometry. Using the coffee stain effect, we generate inkjet printed plasmonic nanocomposite microstructures that are of potential interest for the application field of smart electrically conducting and plasmonic security tags.




2016

Design and characterization of conductive biopolymer nanocomposite electrodes for medical applications ArODES Conference

Marc Mathieu, Manfred Zinn, Vanessa Gaillard, Silvia Schintke, Narcis Fosso

Materials Science Forum ; Proceedings of 9th International Conference on Processing and Manufacturing of Advanced Materials –THERMEC 2016, 29 may - 3 june 2016, Graz, Austria

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Résumé:

Metal-based electrodes, despite being the most widely used for biomedical applications, are limited by a poor reliable skin-surface interface and patients suffer from comfort issues. The most common problems/inconveniences are caused by stiff electrodes, skin irritation, allergic reaction or corrosion. In order to overcome these problems, we produced and tested flexible electrodes involving biopolymer nanocomposite materials. Conductive polymers have been intensively studied and applied in the field of organic photovoltaics and flexible organic electronics. Recently, the use of conductive biopolymer nanocomposite has also emerged as an interesting and promising material for biomedical applications. In this study, we have designed and characterized electrodes made of a flexible and conductive nanocomposite material using a biocompatible and biodegradable polymeric matrix of poly (3- hydroxyalkanoate) (PHA, in particular poly (3-hydroxybutyrate), PHB) containing conductive nanowires. The biopolymer nanocomposites and their electrical conductivities were investigated by optical microscopy, scanning electron microscopy (SEM) and electrical four-point probing. The electrical conductivities obtained in the different PHA-polymer nanocomposites containing different concentrations of conductive additives is discussed in relation to the nanocomposite structure at the microscopic level. Finally, our developed biopolymer nanocomposite prototype electrodes have successfully been tested for transcutaneous electrical nerve stimulation (TENS) and electrocardiography ECG applications in comparison to conventional electrodes.


Conductive polymer nanocomposites for transparent circuits and thin films ArODES Conference

Silvia Schintke, Narcis Fosso

Proceedings of 2016 18th International Conference on Transparent Optical Networks (ICTON), 10-14 July 2016, Trento, Italy

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Résumé:

Materials for transparent conductors are essential as electrodes e.g. in photovoltaics and flexible or printed organic electronics, as well as for transparent optoelectronic devices and circuits. A candidate to replace indium tin oxide in flat panel display and optoelectronic devices and circuits is the polymer poly(3,4-ethylenedioxythiophene): polystyrene sulfonate (PEDOT:PSS), a hole transport material widely used in organic electronic devices. We have studied the influence of two different additives, silver nanowires (AgNW) and graphene oxide (GO), on the electrical conductivity and optical transmittance using dimethyl sulfoxide (DMSO) as secondary dopant. For AgNW-PEDOT:PSS transparent conducting layers, the values of the figure of merit are significantly increased by DMSO doping. Hybrid GO-PEDOT:PSS films with low dopant concentration (GO 0.03 wt%) in combination with DMSO (5 vol%) exhibit a sheet resistance of 82.8 Ω/sq, a transmission of 87.9% at 550 nm, and an rms roughness of only 5.4 nm ± 0.3 nm. Thus, low concentration doping of PEDOT:PSS with GO together with DMSO provides an interesting alternative to the use of AgNW, e.g. (i) for applications where low layer roughness is required or (ii) for the manufacturing of transparent circuits and thin films by inkjet printing where nozzle clogging by high aspect ratio nanowires needs to be avoided.




2015

Electrical characterization of transparent organic conducting thin films preventing mechanical damage and preserving optical transparency ArODES Conference

Silvia Schintke, Narcis Fosso

Proceedings of 2015 IEEE International Conference on Electron Devices and Solid-State Circuits (EDSSC), 1-4 June 2015, Singapore, Singapore

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Résumé:

In this paper we propose the use of underlying ITO/glass or ITO/PET electrode structures for reliable conductivity measurements of transparent organic thin films. This technique avoids any mechanical damage of the organic thin film and furthermore preserves its optical transparency. Thin PEDOT:PSS layers with various secondary dopant concentrations of dimethyl sulfoxide (DMSO) have been studied. In particular, the degeneration under UV exposure has been investigated by electrical probing and atomic force microscopy. We find that the conductivity degeneration of PEDOT:PSS under UV exposure is reduced by a factor of two for the layers with DMSO doping.




2014

Nano & microelectronics curricula development : exploration tasks and experiments for students in electrical engineering ArODES Conference

Silvia Schintke

Proceedings of 10th European Workshop on Microelectronics Education (EWME), 14-16 May 2014, Tallinn, Estonia

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Résumé:

This paper presents the tri-national institutional partnership project “Skills Development for Young Researchers and Educational Personnel in Nano and Microelectronics Curricula: Implementation of Methods for Bilateral Knowledge Transfer between Universities and SMEs” of the University of Applied Sciences Western Switzerland - Haute Ecole d'Ingénierie et de Gestion du Canton de Vaud, the Ss Cyril & Methodius University Skopje (Macedonia) and the Technical University of Sofia (Bulgaria). Nanoelectronic curricula development and experiments for students of technical engineering are presented.




2013

Improvement of university teaching in micro- and nanoelectronics for the needs of the labour market ArODES Conference

Silvia Schintke

Proceedings of 2013 12th International Conference on Information Technology Based Higher Education and Training (ITHET), 10-12 October 2013, Antalya, Turkey

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Résumé:

In this paper an international project for improvement of teaching in micro-nanoelectronics for the needs of labour market is presented. The project is in the framework of the programme SCOPES 2010-2013 (Scientific co-operation between Eastern Europe and the Switzerland) of the Swiss National Science Foundation. The tri-national collaboration involves two SCOPES partner countries - Bulgaria and Macedonia - and Switzerland in an active joint work. The subsequent application of the project outcomes in the three partner universities will result in a inter-university european network for modern engineer's education and training in micro-nanoelectronics, with the coordination and active support of the Haute Ecole d'Ingénierie et de Gestion du Canton de Vaud (HEIG-VD), University of Applied Sciences and Arts Western Switzerland.


An european project on web-based education in nanoelectronics ArODES Conference

Silvia Schintke

Proceedings of the 10th IASTED International Conference on Web-based Education (WBE 2013), 13-15 February 2013, Innsbruck, Austria

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Résumé:

The NanoSkills project is intended to support the development of sectoral qualifications system and frameworks by definition of qualifications of engineers and technicians in nanotechnologies in terms of learning outcomes to promote transparency and recognition of vocational education and training (VET). The project brings together VET providers, higher education (HE) institutions, small and medium enterprises, professional organisations to assess future skills needs and promote business input into course design, as stated in the "New Skills for New Jobs" initiative and to develop special courses for upgrading knowledge in the sector of nanoelectronics technologies. Through job analysis the necessary knowledge, skills and competences in nanotechnology engineering were defined. Nine courses are designed by the best laboratory/department in the field which dispose with the necessary infrastructure and facilities for practical work. These are e-learning courses and m-learning performance support modules. Tests of the ECVET application to VET qualifications and recommendations how to enhance permeability and progression between VET and practiceoriented HE will be done during the pilot test.


Réalisations

2020

Awards (1993-2019)

Schintke Silvia

 2020 ; Fellowships, Awards, Prizes

Awards & Fellowships for members of the research group of Prof. Dr. Silvia Schintke (COMATEC-LANS/HEIG-VD)

  • 2019 Romain Boquillon, Fellowship Foundation Stähli-Boss 
  • 2019 Moses Gruaz and Romain Boquillon, Innovation Award, HEIG-VD bachelor project poster exhibition
  • 2017 Nikolay Kurtev, award for PhD thesis (best thesis in french), Agence universitaire de la Francophonie (AUF) et l'Institut français de Bulgarie (IFB) pour distinguer le meilleur mémoire universitaire francophone
  • 2016 Key Scientific Article Certificate, AIE (Advances in Engineering), for the publication M. Aleksadrova, N. Kurtev, V. Videkov, S. Tzanova, S. Schintke, "Material alternative to ITO for conductive electrode in felxible display and photovoltaic devices", Microelectronic Engineering 145, 112-116 (2015). 
  • 2015 Narcis Fosso, AFM image award (3rd place), AFM Forum
  • 2014 Nikolay Kurtev, Sciex-NMS fellowship, CRUS swissuniversities

 

Awards & Fellowships Silvia Schintke

  • 2003 SPS Award of Applied Physics, Swiss Physical Society, Phonak
  • 1997-2001 Fellowship of the German Academic Scholarship Foundation (Fellowship for annual participation in summer universities during PhD; Studienstiftung des deutschen Volkes)
  • 1998 Erwin-Stephan-Preis, TU Berlin 
  • 1997 WE-Heraeus Preis (WE-Heraeus Stiftung, Deutsche Physikalische Gesellschaft)
  • 1993-1997 Fellowship of the German Academic Scholarship Foundation (Studienstiftung des deutschen Volkes)
  • 1993 ERASMUS mobility fellowship for 1 semester studies at the University of Aarhus, Denmark

 


Supervision Bachelor, Master, PhD (all up to 2019)

Schintke Silvia

 2020 ; Academic supervision

Academic Supervision (up to 2019)

  • 1 PhD (co-tutelle international collaboration project (HES-SO, TU Sofia))
  • 11 Master Thesis (Master of Science in Engineering, Master of Advanced Studies en Nano- and Micro-Technology) 
  • 11 Bachelor Thesis (HEIG-VD: microtechnical engineering, electrical engineering / energy systems engineering, industrial systems engineering)
  • 12 Host for internship trainees : 12 (national and international professional or study internships (bachelor & master), each between 3 and 6 months)
  • 3 Host for international master thesis projects: 3 (Italy (Uni Roma Tor Vergata), France (UBFC), South Korea)

 

 

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Invited Summer schools & Winter schools (Summer universities / Sommerakademien) (2007 - 2019)

Schintke Silvia

 2020 ; Thematic Groups & Workshop Organisation, Lectures & Workshop Animation

2019 SSPro-2019, International Conference and Winterschool on Surface Science and Probes, 4-7 February 2019, India

  • Invited presentation and organisation of two workshops: Silvia Schintke (co-workshop animation: Eleonora Frau)

 

2015 17-th International Conference-School Advanced Materials and Technologies, August 27-31, 2015, Palanga, Lithuania 

  • Transparent conducting materials: electrical probing, surface microstructuring and applications
  • Silvia Schintke - invited talk / lecture

 

2013 (? date to be completed) Tri-national workshop in nano- and microtechnologies, Skopje

  • Workshop organisation, coordination, and animation (Project Lead: Prof. Dr. Silvia Schintke, Partners: Prof. Dr. Slavka Tzanova, Prof. Dr. Mile Stankowski)

2013 (? date to be competed) Tri-national training in nano- and microtechnology, HEIG-VD / HES-SO Yverdon

  • Workshop organisation and coordination (Project Lead: Prof. Dr. Silvia Schintke, Partners: Prof. Dr. Slavka Tzanova, Prof. Dr. Mile Stankowski)

 

2012 Studienstiftung des deutschen Volkes, Sommerakademie La Villa, 26.8.-7.9.2012, Arbeitsgruppe "Nanoskopie"

  • Prof. Dr. Silvia Schintke (Arbeitsgruppenleitung) und Prof. Dr. Bert Hecht (Uni Würzburg)

 

2007 Studienstiftung des deutsch Volkes, Sommerakademie La Rochelle,  Arbeitsgruppe "Nanotechnologie - Im Kleinen ganz gross" 

  • Prof. Dr. Silvia Schintke (Arbeitsgruppenleitung) und Prof. Dr. Bert Hecht (Uni Würzburg)

 


2019

(2010-2019) Coordination of the Swiss Master of Advanced Studies in Nano- and Micro-Technologies (Swiss MAS NMT)

Schintke Silvia

 2019 ; 2003-2005 Co-creation of the Program and network ; 2003-2019 Collaboration in the Training Network; 2010-2019 Director of the Swiss MAS NMT Programme and National Training Network

Swiss MAS NMT: a national postgraduate programme in Nano- and Microtechnology (2005-2019) for engineers.  

The programme was initially co-created via a project CTI project by professors from 7 Universities of Applied Sciences of Switzerland all active in nano- and microtechnology.

Organised in one-week bloc courses with 50% practical training in R&D laboratories (40 ECTS) and a master thesis (20 ECTS) in industry or a research lab. 

 


Sans date

Academic administration / University Boards

Schintke Silvia


2019 to date: Conseil de concertation HES-SO (4 years mandate as elected representativ)

2014 to date: Conseil participatif du domaine Ingénierie et Architecture, HES-SO (mandate as elected representativ, elections every 4 years)


 

  • 2009 to date "NanoSciences Appliquées / Nano- and Microtechnologies" (HEIG-VD, Responsible for R&D and Teaching activities in Nano- and Microtechnology, laboratory of Applied NanoSciences)
  • 2014 to date: "Physique Avancée" (HEIG-VD, Module lead and responsible for the teaching & training laboratories in advanced physics) 
  • 2017 to date: "Health, Engineering and Economics" (HEIG-VD group transversal) - member of the steering committee, representing Industrial Technologies
  • 2019 to date: "Mesures d'adaptation" (HEIG-VD group evaluating possible adaptions of study conditions for students with disabilities) - group member representing Industrial Technologies, in particular concerning experimental work in Teaching & Research Laboratories   
  • 2020 to date: "Egalité & Diversité" (HEIG-VD group for the institutional development in equality & diversity) - group member representing Industrial Technologies
  • 2020 to date: "Physics at nano- and microscale" (Master of Science in Engineering, Zürich, study profile Photonics) - national module group leader

 


Evaluation committees

Schintke Silvia

Recruitement panels, PhD and habilitation panels:

  • 12/2019 Invited member of an evaluation panel at UBFC, Habilitation HDR - Chemistry
  • 2015 (?date to be completed..) External expert member, recruitment board for physics, Toulouse - Physics

 

Independent Expert for the European Commission: 

since 2005 acting as independent expert for several Directorates Generals of the EC and REA (FP6, FP7, H2020): proposal evaluation, vice chair, project monitoring, project reviews (interim and final reviews)

 

Volontary expertise & evaluation board member: 

  • Peer-review (reviewer and guest editor for scientific journals)  
  • Jury member for First Lego League (lego robotics competition for young people) at CPNV (Centre Professionnel Nord Voudois, Yverdon-les-Bains), Final competitions Western Switzerland 

 


Board memberships

Schintke Silvia

Since 2020 COST Action "Focused Ion Technology for Nanomaterials" 

  • Member of the Management Committee

 

Since 2019 Master ERASMUS Mundus Chemical Nano Engineering

  • Associated Partner

 

Since 2017 Transversal Group "Health, Engineering & Economics", HEIG-VD 

  • Member of the steering board 

Since 2017 Plateform Ingénierie & Santé (HEIG-VD & HESAV)

  • Member of the committee of the platform

 

Since 2017 Swiss Food Research

  • Board member of the Innovation group Packaging

 

Editorial Board Memberships 

  • 2020 Guest Editor "Applied Sciences" (MDPI Journal) - Special Issue "Inkjet Printing for Materials and Devices"
  • 2018-2017 Guest Editor "Materials" (MDPI Journal) 

 

2010-2019 Swiss MAS NMT (Swiss Master of Advanced Studies in Nano- and Microtechnology)

  • Program director and network coordinator


Contact
HES-SO Rectorat
Route de Moutier 14
2800 - Delémont
T +41 58 900 00 00 - F +41 58 900 00 01

Carte

swissuniversities.ch www.eua.be
Mentions légales

HES-SO Rectorat