doc. Dr. Ing. Daniel Prostredník, CSc.
E-mail:   prostrednik@fme.vutbr.cz 
Dept.:   Institute of Production Machines, Systems and Robotics
Dept. of Quality, Reliability and Safety
Position:   Associate Professor

Education and academic qualification

  • 1985, Ing., Mechanical Faculty of SVŠT in Bratislava, specialisation Controlling of Technological Processes in Machinery
  • 1993, PhD., STU Bratislava, specialisation Technology (Metrology)
  • 1995, Dr. techn., TU Vienna, Mechanical Faculty Institute of Production Engineering
  •  2007, doc., TU Košice, specialisation Production Technologies

Career overview

  • 1985 – 1987, USIP Trenčín – Technical assistant  
  • 1987 – 1990, Konštrukta-Trenčín – constructing engineer
  • 1992 – 1998, Assistant  TU Wien – Institute of Production Engineering,
  • 1998 -  2000, ELIN Vienna, nowadays SIEMENS AG Austria – group for system technique
  • 2000 -        ELIN Vienna, nowadays SIEMENS AG Austria – leader of group for sys.  tech.                                    
  •  2010 -        docent, ÚVSSR, FSI VUT in Brno

Pedagogic activities

  • 1992 - 1998, TU Vienna, teaching of metrology and measurement technique
  • Master study: project management, measurement systems  
  • Leading of bachelor’s  thesis in metrology and quality management
  • Leading of diploma thesis in metrology and quality management  
  •  Tutor of the doctor study in specialization metrology and test engineering  

Scientific activities

 

  • Functional safety of the rail vehicles
  • Diagnostic of safety  functions
  •  Prediction of the failureprobability

Academic internships abroad

  • 1994 – 1998,assistant at  TU Vienna – Institute for production engineering
  • 1998 -       ELIN Vienna, nowadays SIEMENS AG Austria

Non-University activities

  • Member of Austrian Institution for Norms, Committee 031 A + P geometrical product specifications  
  • Member of Austrian Society for Electrical Engineering  –ÖVE
  •  Member of Austrian Society for Measurement and Automation  - ÖGMA
  • Member of Austrian Society for transsport sciences  –ÖVG

Projects

  • Tree projects with budget above 1mio € and government subvention
  • Since 1998 more than 100 industrial projects with budget under 100.000 €

Sum of citations (without self-citations) indexed within ISI Web of Knowledge

9

Sum of other citations (without self-citations)

11

Supervised courses:

Publications:

  • PROSTREDNÍK, D.; GEYER, H.:
    Betrachtung des nicht durchgängigen Verfahrens nach IEC 61508 und EN 50129 zur Berechnung der Ausfallswahrscheinlichkeit einer Sicherheitsfunktion,
    ISBN 978-3-18-092067-2, (2009), VDI - VDE - VERLAG GMBH
    conference paper
    akce: AUTOMATION 2009, Baden Baden, 16.06.2009-17.06.2009
  • WEINMANN, R.; BISCHOF, M.; GEYER, H.; PROSTREDNÍK, D.; SCHAMBÖCK, H.:
    Systematic Analysis of safety function of public transport vehicle focusing on diagnostics, UITP
    conference paper
    akce: 58th UITP World Congress, Vídeň, 07.06.2009-11.06.2009
  • PROSTREDNÍK, D.; GEYER, H.; SCHAMBÖCK, H.; WEINMANN, R.:
    Safety-Bewertungen bei Schienenfahrzeugen,
    eb - Elektrische Bahnen, Vol.2009, (2009), No.3, pp.135-144, ISSN 0013-5437, Oldenbourg Industrieverlag GmbH
    journal article - other
  • PROSTREDNÍK, D.:
    Empfindlichkeit der rechnerisch prognostizierten Ausfallswahrscheinlichkeit einer Sicherheitsfunktion auf Parameteränderungen,
    Elektrotechnik und Informationstechnik ÖVE - Verbandszeitschrift, Vol.2009, (2009), No.6, pp.234-238, ISSN 0932-383X, Springer-Verlag
    journal article - other
  • ALLESCH, R.; HOSP, J.; PROSTREDNÍK, D.; STEINER M.:
    EMV und funktionale Sicherheit,
    Elektrotechnik und Informationstechnik ÖVE - Verbandszeitschrift, Vol.2009, (2009), No.6, pp.a21-a26, ISSN 0932-383X, Springer-Verlag
    journal article - other
  • PROSTREDNÍK, D.:
    EMV und funktionale Sicherheit auf Schienenfahrzeugen, Carl Hanser Verlag
    conference paper
    akce: safetronic.2009, Mnichov, 03.11.2009-04.11.2009

List of publications at Portal BUT

Abstracts of most important papers:

  • PROSTREDNÍK, D.; GEYER, H.:
    Betrachtung des nicht durchgängigen Verfahrens nach IEC 61508 und EN 50129 zur Berechnung der Ausfallswahrscheinlichkeit einer Sicherheitsfunktion,
    ISBN 978-3-18-092067-2, (2009), VDI - VDE - VERLAG GMBH
    conference paper
    akce: AUTOMATION 2009, Baden Baden, 16.06.2009-17.06.2009
    Paper is focused on consideration of the non-continuous process for IEC 61508 and EN 50129 for the calculation of probability of failure of a safety function on the basis of elements failure probability.
  • WEINMANN, R.; BISCHOF, M.; GEYER, H.; PROSTREDNÍK, D.; SCHAMBÖCK, H.:
    Systematic Analysis of safety function of public transport vehicle focusing on diagnostics, UITP
    conference paper
    akce: 58th UITP World Congress, Vídeň, 07.06.2009-11.06.2009
    Paper is focused on systematic analysis of safety function of public transport vehicle focusing on diagnostics.
  • PROSTREDNÍK, D.; GEYER, H.; SCHAMBÖCK, H.; WEINMANN, R.:
    Safety-Bewertungen bei Schienenfahrzeugen,
    eb - Elektrische Bahnen, Vol.2009, (2009), No.3, pp.135-144, ISSN 0013-5437, Oldenbourg Industrieverlag GmbH
    journal article - other
    Paper is focused on an analysis safety evaluation possibilities of rail vehicles concentrated on the solving of a diagnostical subsystem of safety related parts of control system. The paper is also focused on the safety stop of rail vehicles.
  • PROSTREDNÍK, D.:
    Empfindlichkeit der rechnerisch prognostizierten Ausfallswahrscheinlichkeit einer Sicherheitsfunktion auf Parameteränderungen,
    Elektrotechnik und Informationstechnik ÖVE - Verbandszeitschrift, Vol.2009, (2009), No.6, pp.234-238, ISSN 0932-383X, Springer-Verlag
    journal article - other
    The quantitative evaluation of the failure probability of a safety related function is defined by the probability of failure, the failuremode of the components, the mean time to restoration, the interval of the proof test, as well as the coefficient of the faults having a common mode failure (for multi-channel systems) of a protection system. All mentioned parameters have a physical interpretation which does not allow the change of the influencing parameters to an arbitrary degree. It is therefore helpful to carry out simulations beforehand in order to optimize the development costs. The efficiency and with it the extent ratio of effect of a parameter change can be examined beforehand. The following paper will show a number of simulations and their results.
  • ALLESCH, R.; HOSP, J.; PROSTREDNÍK, D.; STEINER M.:
    EMV und funktionale Sicherheit,
    Elektrotechnik und Informationstechnik ÖVE - Verbandszeitschrift, Vol.2009, (2009), No.6, pp.a21-a26, ISSN 0932-383X, Springer-Verlag
    journal article - other
    Safety function is currently answer on technical task setting which are connected with high Risk level. Paper is focused on technical viewpoint in research from this field.