doc. Ing. Jiří Hlinka, Ph.D.
E-mail:   hlinka@fme.vutbr.cz  Dept.:   Institute of Aerospace Engineering Position:   Deputy Director Room:   A1/0426 Dept.:   Institute of Aerospace Engineering Dept. of Aerospace Technology Position:   Associate Professor Room:   A1/0426

Supervised courses:

• Aeronautical On-Board Instruments (DLL)
• Aeronautical On-Board Instruments (DLL-A)
• Aircraft Maintenance (OPO)
• Aircraft On-Board Systems (9PSL)
• Aircraft On-Board Systems I (OPZ)
• Aircraft On-Board Systems I (OPZ-A)
• Aircraft On-Board Systems II (OPL)
• Aircraft On-Board Systems II (OPL-A)
• Radio Navigation II (ERN)
• Reliability and Maintainability of Aircraft (OSD)
• Reliability and Maintainability of Aircraft (OSD-A)

Publications:

• HLINKA, J.; TREFILOVÁ, H.:
  Identification of Major Safety Issues for Futuristic Personal Plane Concept, Taylor&Francis and VGTU Press
  journal article in Scopus
  akce: READ 2012, VUT v Brně, 17.10.2012-19.10.2012
• ČERVINKA, D.; KLÍMA, B.; PAZDERA, I.; PÍŠTĚK, A.; HLINKA, J.:
  Battery System of Electric Airplane VUT 051 RAY,
  ECS Transaction, Vol.2012, (2012), No.40, pp.267-273, ISSN 1938-6737, ECS
  journal article - other
• Hlinka Jiří, Weisman Andrej, Finda Jindřich:
  Options for Interconnection of Safety Assessment Methods and Reliability Centered Maintenance in General Aviation
• Píštěk Antonín, Hlinka Jiří:
  VUT 001 MARABU: UNIVERSAL EXPERIMENTAL AIRCRAFT
• Píštěk Antonín, Hlinka Jiří:
  DESIGN PHILOSOPHY AND REALIZATION OF VUT 001 MARABU EXPERIMENTAL AIRCRAFT AND ITS INFLUENCE ON EDUCATION OF STUDENTS IN AEROSPACE ENGINEERING
• PÍŠTĚK, A.; HLINKA, J.; URÍK, T.; ŠPLÍCHAL, M.:
  VUT 001 MARABU: Design philosophy and realization of an experimental aircraft supporting UAV applications in civil sector,
  Unmanned Air Vehicle Systems, pp.37.1-37.11, ISBN 978-0-9552644-5-0, (2009), University of Bristol
  conference paper
  akce: Twenty-Fourth International Conference UNMANNED AIR VEHICLE SYSTEMS, Bristol, 30.03.2009-01.04.2009
• Hlinka Jiří, Šplíchal Miroslav, Finda Jindřich:
  Equipment, systems and installations for experimental aircraft supporting UAV applications (VUT 001 MARABU)
• HLINKA, J.; WEISMAN, A.:
  Experience with Failure Rate Estimates and Component Importance Measures for General Aviation Aircraft Systems,
  Reliability, Safety and Diagnostics of Transport Structures and Means, pp.95-103, ISBN 978-80-7395-096-5, (2008), University of Pardubice
  conference paper
  akce: Reliability, Safety and Diagnostics of Ttansport Structures and Means 2008, Pardubice, Česká republika, 25.09.2008-26.09.2008
• HLINKA, J.; PÍŠTĚK, A.:
  EDUCATION, PROJECTS AND OTHER AEROSPACE ACTIVITIES ON BRNO UNIVERSITY OF TECHNOLOGY (CZECH REP.),
  1st CEAS European Air and Space Conference, pp.1121-1126, ISBN 3-938738-09-X, (2007), Deutsche Gesellschaft fur Luft und Raumfahrt (DGLR) - Godesberger Alle 70, D-53175 Bonn
  conference paper
  akce: 1st CEAS European Air and Space Conference, Berlin, 10.09.2007-13.09.2007
• HLINKA, J.:
  Comparison of Reliability Analyses in Design Stage for Aviation and Space Applications,
  Acta Avionica, Vol.IX, (2007), No.13, pp.1-9, ISSN 1335-9479, Acta Avionica
  journal article - other
• HLINKA, J.:
  Safety/Reliability Analyses of GA Aircraft in Design and Certification Stage in Czech Republic,
  AVIATION, Vol.XI, (2007), No.4, pp.14-23, ISSN 1648-7788, Technika
  journal article - other
• HLINKA, J.:
  SAFETY ANALYSES OF AIRCRAFT AVIONIC SYSTEMS (on the aircraft level),
  Letecký zpravodaj, Vol.2005, (2005), No.3, pp.31-33, ISSN 1211-877X
  journal article - other
• HLINKA, J.:
  APPLICATION OF DEPENDABILITY ANALYSIS DURING CERTIFICATION OF AIRPLANES,
  Advanced Engineering Desing, pp.1-8, ISBN 80-86059-39-1, (2004)
  conference paper
  akce: 4th International Conference Advanced Engineering Design AED 2004, Glasgow, 05.09.2004-08.09.2004
• HLINKA, J.:
  Dependability Assessment Possibilities for General Aviation Class Aircraft during Development and Certification,
  Letecký zpravodaj, Vol.2003, (2003), No.3, pp.48-51, ISSN 1211-877X, Výzkumný a zkušební letecký ústav
  journal article - other
• HLINKA, J.:
  Požadavky na spolehlivost letounů obsažené v předpisech FAR část 23 a část 25,
  Letecký zpravodaj, Vol.2002, (2002), No.4, pp.22-25, ISSN 1211-877X, VZLÚ, a.s.
  journal article - other

List of publications at Portal BUT

Abstracts of most important papers:

• HLINKA, J.; TREFILOVÁ, H.:
  Identification of Major Safety Issues for Futuristic Personal Plane Concept, Taylor&Francis and VGTU Press
  journal article in Scopus
  akce: READ 2012, VUT v Brně, 17.10.2012-19.10.2012
  The paper describes activities related to safety assessment of futuristic personal plane concept, done by researchers at Institute of Aerospace Engineering (IAE), Brno University of Technology as a part of FP7 PPlane research project. Activities under PPlane project were done in joint cooperation with international research team led by ONERA (France). The 7.FP EU project PPlane is aimed to identify potential new concepts and technologies for future air transport – namely to create future Personal Air Transport System (PATS). The personal air vehicle is understood as to be analogous to private car in terms of accessibility and ease of operation. Such new transportation system can help to reduce congestion on roads and enable more efficient transportation of passengers to their destinations. Introduction of PATS is a long-term goal which requires considerable progress beyond the current state-of-the-art in technology, as well as in related areas. The major enabling technology is believed to be high level of automation in new air vehicles, requiring no or small piloting skills of passengers.
• Píštěk Antonín, Hlinka Jiří:
  VUT 001 MARABU: UNIVERSAL EXPERIMENTAL AIRCRAFT
  The project VUT 001 MARABU represents new approach to development in several fields, and combines them together to create effective development and testing tool. For example, on the field of civil unmanned aerial vehicles, it provides piloted aircraft platform to overcome legislative and development problems at early design stages. The aircraft was built to support development of equipment for Unmanned Aerial Systems (UAS) and especially for aerial vehicles themselves (UAVs - Unmanned Aerial Vehicles).
• PÍŠTĚK, A.; HLINKA, J.; URÍK, T.; ŠPLÍCHAL, M.:
  VUT 001 MARABU: Design philosophy and realization of an experimental aircraft supporting UAV applications in civil sector,
  Unmanned Air Vehicle Systems, pp.37.1-37.11, ISBN 978-0-9552644-5-0, (2009), University of Bristol
  conference paper
  akce: Twenty-Fourth International Conference UNMANNED AIR VEHICLE SYSTEMS, Bristol, 30.03.2009-01.04.2009
  The paper describes one of possible approaches for realization of UAS (Unmanned Aircraft System) / UAV (Unmanned Aerial Vehicle). It is especially dedicated to gaining of theoretical and practical experience leading to application of UAS/UAVs in the civil sector. First idea for described activities came from an active participation of Institute of Aerospace Engineering / Brno University of Technology (IAE) in UAVNET project (Unmanned Air Vehicles for Civilian Purposes; 5th FP EU project). The project emphasized civil applications that still fall behind military UAS/UAV applications. This "delay" is mainly caused by legislative limitations for operations of bigger aircraft in the civil airspace. Solution adopted for VUT 001 Marabu project solves this issue through design of piloted experimental aircraft. Since it is not primarily focused on the development of ground element, the acronym UAV is used in the paper.
• Hlinka Jiří, Šplíchal Miroslav, Finda Jindřich:
  Equipment, systems and installations for experimental aircraft supporting UAV applications (VUT 001 MARABU)
  The paper describes alternative approach for UAS (Unmanned Aircraft System) / UAV (Unmanned Aerial Vehicle) development; an approach based on design of a piloted airplane with step-by-step adaptation into UAV. Abovementioned approach was adopted by Institute of Aerospace Engineering/Brno University of Technology in the frame of VUT 001 Marabu project. The paper presents design of VUT 001 Marabu airplane systems and equipment. It also presents perspective technologies developed and planed for Marabu experimental airplane. Since it is not primarily focused on the development of ground element, the acronym UAV is used in the paper.
• HLINKA, J.:
  Safety/Reliability Analyses of GA Aircraft in Design and Certification Stage in Czech Republic,
  AVIATION, Vol.XI, (2007), No.4, pp.14-23, ISSN 1648-7788, Technika
  journal article - other
  The purpose of the paper was to provide the reader with basic insight into practical problems solved in the Czech aerospace industry and with a list of requirements and recommendations of civil airworthiness regulation on the field of reliability.