DI Walter Sebron Forschung und Entwicklungwalter.sebron@fh-campuswien.ac.at T: +43 1 606 68 77-8410 F: +43 1 606 68 77-8409 Raum: B.3.08 Favoritenstraße 226 1100 WienLehrveranstaltungen 2020/21Technik> Einführung in die Safety Analysemethoden ILV Safety and Systems Engineering moreEinführung in die Safety Analysemethoden ILVVortragende: Dr. Reinhard Preiss, DI Walter Sebron2.5SWS4ECTS> Risikomanagement im Krankenhaus ILV Clinical Engineering moreRisikomanagement im Krankenhaus ILVVortragende: Dipl.-Ing. Markus Brunnbauer, MA, Mag. Florian Laber, DI Walter Sebron2SWS4ECTS> Application of Safety Methods ILV Functional Safety for Automotive ISO 26262 moreApplication of Safety Methods ILVVortragende: DI Walter Sebron2SWS2.5ECTSLehrinhalteContext: Project Phases, Types of Analysis and Methods of Analysis Overview of Analysis Methods acc. to the Hazard Filter Safety Analysis Methods in a Project Life Cycle Application of Analysis Methods in the Life Cycle of System ExamplesPrüfungsmodusImmanente Leistungsüberprüfung Lecture with hands-on training and distance learningLehr- und LernmethodeLecture with hands-on training and distance learningSpracheEnglisch> Introduction to Safety Analysis Methods ILV Functional Safety for Automotive ISO 26262 moreIntroduction to Safety Analysis Methods ILVVortragende: DI Walter Sebron2SWS2.5ECTSLehrinhalte- Methods of systematic Hazard Identification - Risk Analysis and Risk Assessment - Overview of Analysis Methods - Inductive and Deductive and Explorative Methods - Qualitative and Quantitative Methods - Data Socurces for Quantitative Methods - Procedures as well as Advantages and Disadvantages of Methods:- - Perliminary Hazard Analysis (PHA) - Failure Mode and Effect Analysis (FMEA) - Failure Mode and Effect Criticality Analysis (FMECA) - Functional Failure Analysis (FFA) - Hazard and Operability Analysis (ZAZOP) - Fault Tree Analysis (FTA) - Event Tree Analysis (ETA) - Cause Consequence Analysis (CCA) - Petri Nets - Comparison of Methods (advantages and disadvantages) - Guide of the Selection of a Suitable Analytical Method Depending on the ApplicationPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with hands -on training and distance learningSpracheEnglisch> ISO 26262 Automotive Safety Standard VO Functional Safety for Automotive ISO 26262 moreISO 26262 Automotive Safety Standard VOVortragende: DI Walter Sebron3SWS4ECTSLehrinhalteTerms and Definitions of the ISO 26262 Management of Functional Safety Concept Phase Product Development: System Level, Hardware Level, Software Level Production of Operations Supporting Processes ASIL oriented and Safety oriented Analysis Development of a Safety Element out of Context (SEooC) and Development Interface Agreement (DIA) How to Support a Safety Case (GSN)PrüfungsmodusEndprüfung Final examLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch> Requirements Engineering with Focus on FSC ILV Functional Safety for Automotive ISO 26262 moreRequirements Engineering with Focus on FSC ILVVortragende: DI Walter Sebron2.5SWS4ECTSLehrinhalteRequirements Engineering - Requirements Management, Requirements Development - Requirements Process (acc. ASPICE) - Requirements Taxonomy (Functional-, Non-Functional, Safety-Requirements) - Requirements Specification (Requirements Grammar, Key-Words, Flow-Charts, State-Diagramms, ...) - Requirements Hierarchy acc. to ISO 26262- Level 1: Top-Level (Customer)Requirements and Safety Goals - Level 2: Functional (Safety)Concept - Level 3: Technical (Safety)Concept Functional Safety Concept Specifics - Derivation of Functional Safety Requirements - Requirements Strategies- Fault Avoidance - Fault Detection - Fault Tolerance - ... - Requirements Allocation - Requirements TraceabilityPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch> System Design with Focus on TSC ILV Functional Safety for Automotive ISO 26262 moreSystem Design with Focus on TSC ILVVortragende: DI Walter Sebron2.5SWS3.5ECTSLehrinhalteSystem Design - Design Architecture Proecess (acc. ASPICE) - System Design - Hardware Architecture - Software Architecture Technical Safety Concept Specifics - System Architectural Design Specification and Technical Safety Concept - Safety Analysis and Avoidance of System Failures - Allocation to Hardware and Software - Hardware-Software Interface - Traceability DL: Work out a Technical Safety ConceptPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch> Systems Engineering VO Functional Safety for Automotive ISO 26262 moreSystems Engineering VOVortragende: DI Walter Sebron1.5SWS2ECTSLehrinhalte• Definitionen und Grundbegriffe des Systems Engineering • Systemtheorie – Systemdefinition und Systemabgrenzung – System-Umfeld Analyse – System-Umwelt Analyse – Kontext Analyse – Systems of Systems • Entwicklungsmodelle - System-Lebenszyklus • Requirements Engineering • Design Synthese • Realisierung • Integration • Verifikation und Validation • Supporting Processes • Praktische BeispielePrüfungsmodusEndprüfung AbschlussprüfungLehr- und LernmethodeVorlesungSpracheEnglischPublikationen An der FH Campus Wien verfasste Publikationen von Walter Sebron finden Sie in unserer Publikationsdatenbank, ebenso die betreuten Abschlussarbeiten. Alle anderen Publikationen sind im Personal Webspace angeführt. Studiengänge Electronic Systems Engineering Masterstudium, berufsbegleitendmoreIT-Security Masterstudium, berufsbegleitendmoreSafety and Systems Engineering Masterstudium, berufsbegleitendmore Forschungsprojekte > Safety Competence Center Vienna (SCCV)Leitung: DI (FH) Hans Tschürtz, MSc MSc Im Gespräch Mit Safe OS.Car zur Formula Student nach Spielberg Ein Safety-Kompetenzträger im Haus und das OS.Car-Racing Team der FH Campus Wien mit einem selbst konstruierten Rennauto in Spielberg am Start - das sind gute Voraussetzungen für eine erfolgreiche Zusammenarbeit. Mit einer eigenen Methode - ISaPro® Shell - zur Systemabgrenzung wurde OS.Car vor dem Rennen auf Safety-Lücken gecheckt. 3 Fragen 3 Antworten mit Safety-Experten Walter Sebron
> Einführung in die Safety Analysemethoden ILV Safety and Systems Engineering moreEinführung in die Safety Analysemethoden ILVVortragende: Dr. Reinhard Preiss, DI Walter Sebron2.5SWS4ECTS
> Risikomanagement im Krankenhaus ILV Clinical Engineering moreRisikomanagement im Krankenhaus ILVVortragende: Dipl.-Ing. Markus Brunnbauer, MA, Mag. Florian Laber, DI Walter Sebron2SWS4ECTS
> Application of Safety Methods ILV Functional Safety for Automotive ISO 26262 moreApplication of Safety Methods ILVVortragende: DI Walter Sebron2SWS2.5ECTSLehrinhalteContext: Project Phases, Types of Analysis and Methods of Analysis Overview of Analysis Methods acc. to the Hazard Filter Safety Analysis Methods in a Project Life Cycle Application of Analysis Methods in the Life Cycle of System ExamplesPrüfungsmodusImmanente Leistungsüberprüfung Lecture with hands-on training and distance learningLehr- und LernmethodeLecture with hands-on training and distance learningSpracheEnglisch
> Introduction to Safety Analysis Methods ILV Functional Safety for Automotive ISO 26262 moreIntroduction to Safety Analysis Methods ILVVortragende: DI Walter Sebron2SWS2.5ECTSLehrinhalte- Methods of systematic Hazard Identification - Risk Analysis and Risk Assessment - Overview of Analysis Methods - Inductive and Deductive and Explorative Methods - Qualitative and Quantitative Methods - Data Socurces for Quantitative Methods - Procedures as well as Advantages and Disadvantages of Methods:- - Perliminary Hazard Analysis (PHA) - Failure Mode and Effect Analysis (FMEA) - Failure Mode and Effect Criticality Analysis (FMECA) - Functional Failure Analysis (FFA) - Hazard and Operability Analysis (ZAZOP) - Fault Tree Analysis (FTA) - Event Tree Analysis (ETA) - Cause Consequence Analysis (CCA) - Petri Nets - Comparison of Methods (advantages and disadvantages) - Guide of the Selection of a Suitable Analytical Method Depending on the ApplicationPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with hands -on training and distance learningSpracheEnglisch
> ISO 26262 Automotive Safety Standard VO Functional Safety for Automotive ISO 26262 moreISO 26262 Automotive Safety Standard VOVortragende: DI Walter Sebron3SWS4ECTSLehrinhalteTerms and Definitions of the ISO 26262 Management of Functional Safety Concept Phase Product Development: System Level, Hardware Level, Software Level Production of Operations Supporting Processes ASIL oriented and Safety oriented Analysis Development of a Safety Element out of Context (SEooC) and Development Interface Agreement (DIA) How to Support a Safety Case (GSN)PrüfungsmodusEndprüfung Final examLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch
> Requirements Engineering with Focus on FSC ILV Functional Safety for Automotive ISO 26262 moreRequirements Engineering with Focus on FSC ILVVortragende: DI Walter Sebron2.5SWS4ECTSLehrinhalteRequirements Engineering - Requirements Management, Requirements Development - Requirements Process (acc. ASPICE) - Requirements Taxonomy (Functional-, Non-Functional, Safety-Requirements) - Requirements Specification (Requirements Grammar, Key-Words, Flow-Charts, State-Diagramms, ...) - Requirements Hierarchy acc. to ISO 26262- Level 1: Top-Level (Customer)Requirements and Safety Goals - Level 2: Functional (Safety)Concept - Level 3: Technical (Safety)Concept Functional Safety Concept Specifics - Derivation of Functional Safety Requirements - Requirements Strategies- Fault Avoidance - Fault Detection - Fault Tolerance - ... - Requirements Allocation - Requirements TraceabilityPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch
> System Design with Focus on TSC ILV Functional Safety for Automotive ISO 26262 moreSystem Design with Focus on TSC ILVVortragende: DI Walter Sebron2.5SWS3.5ECTSLehrinhalteSystem Design - Design Architecture Proecess (acc. ASPICE) - System Design - Hardware Architecture - Software Architecture Technical Safety Concept Specifics - System Architectural Design Specification and Technical Safety Concept - Safety Analysis and Avoidance of System Failures - Allocation to Hardware and Software - Hardware-Software Interface - Traceability DL: Work out a Technical Safety ConceptPrüfungsmodusImmanente Leistungsüberprüfung Immanent examination characterLehr- und LernmethodeLecture with exercises and distance learningSpracheEnglisch
> Systems Engineering VO Functional Safety for Automotive ISO 26262 moreSystems Engineering VOVortragende: DI Walter Sebron1.5SWS2ECTSLehrinhalte• Definitionen und Grundbegriffe des Systems Engineering • Systemtheorie – Systemdefinition und Systemabgrenzung – System-Umfeld Analyse – System-Umwelt Analyse – Kontext Analyse – Systems of Systems • Entwicklungsmodelle - System-Lebenszyklus • Requirements Engineering • Design Synthese • Realisierung • Integration • Verifikation und Validation • Supporting Processes • Praktische BeispielePrüfungsmodusEndprüfung AbschlussprüfungLehr- und LernmethodeVorlesungSpracheEnglisch