Support in building and expanding the cybersecurity process landscape according to ISO 21434 and UNECE R-155
Coaching of cybersecurity engineers
Merging requirements from ISO 21434 and TISAX into one integrated management system
Support in carrying out the TARA
Support in building the security concept
Support in setting up the production process
Highest Cybersecurity Assurance Level: CAL1
Project is carried out almost entirely from home office
Conducting coaching to reach SPiCE Level 1 for software development processes SWE.1-SWE.3, Quality Assurance SUP.1 & SUP.8 Configuration Management
Training an employee to take on the role of quality assurance engineer
Creating templates for project management, quality assurance and software development
Defining requirements for documents needed under A-SPiCE
Highest A-SPiCE Level: 1-2
Project is done entirely from home office
Conducting coaching to reach SPiCE Level 1 and 2 for software development processes SWE.1-SWE.6 and Quality Assurance SUP.1
Co-assessor for processes in the VDA scope and SYS.1 (Requirements Elicitation)
Highest A-SPiCE Level: 1-2
Project was done entirely from home office
Scope of activities under Automotive SPiCE:
Conducting internal A-SPiCE Level 1 assessments based on VDA scope for gap analysis in various projects and matching with VDA guidelines
Developing measures to reach Level 1 for all VDA scope processes in projects
Conducting incremental internal assessments
Coaching project teams through continuous re-assessments
Training a software quality engineer: role of SQA, conducting assessments and process requirements
Reporting to Quality Manager Europe
Highest Safety Integrity Level in project: ASIL QM(B)
Highest A-SPiCE Level: 1
Project was done entirely from home office
Analyzing customer requirements to determine needs
Introduction to cybersecurity based on ISO 27001 and ISO/SAE DIS 21434
Training: Basics of automotive cybersecurity with comparison of functional safety/cybersecurity and how to carry out Threat and Risk Analysis (TARA)
Highest Cybersecurity Assurance Level: Not defined
Preparing documentation for safety culture and proposals for practical implementation
Creating guideline for item definition design for ISO 26262 & ISO/SAE DIS 21434 and further support in document creation
Support in building security case for cybersecurity
Highest Safety Integrity Level in project: ASIL QM(B)
Highest Cybersecurity Assurance Level: Not defined
Project is carried out almost entirely from home office
Reviewing functional safety deliverables for completeness, correctness, consistency and making improvement suggestions
Reviewing organization structure for system functional safety and making suggestions
Assisting in deriving safety goals and requirements from higher-level system safety analysis
Transforming architectures into function and timing diagrams
Defining safety paths and identifying ISO 26262 rating levels in system software architecture
Developing a decomposition strategy for functional safety
Reviewing and aligning SOTIF concept applied to the system (ISO PAS 21448 – ISO WD 21448 – SOTIF)
Building sensor data catalog to assess environmental impacts on object detection and possible countermeasures
Matching with driving scenarios and operational design domains (SOTIF) – clarifying “What do SOTIF safety requirements mean for safety goal implementation?”
Highest Safety Integrity Level in project: ASIL D
Autonomous driving SAE Level 4
Personalized requirements-based training for the safety manager on OEM requirements
Structure of hazard and risk analysis
Content requirements for the functional safety concept and implementation options
Showing the “red thread” from safety goal to component-level requirements
Describing component requirements for each safety function
Deriving test requirements
Integrating test requirements into the safety plan
Reviewing a hazard and risk analysis
Highest Safety Integrity Level in project: ASIL D
Coaching via Microsoft Teams
Defining requirements for designing a process to implement cybersecurity in the overall V-model based on ISO/SAE 21434, including detailed description of each project-level step
Creating a guideline for the cybersecurity process
Drafting required TARA requirements and implementation suggestions
Supporting definition of requirements for assumptions in a Cybersecurity/Safety Element out of Context
Supporting definition of methods to apply for Cybersecurity Assurance Levels (CAL) (ISO 15408/IEC 62443-3)
Mapping documentation checkpoints between cybersecurity and functional safety processes per ISO 26262
Safety Integrity Level in project: ASIL B
Cybersecurity Assurance Level: Not defined
Developing a self-assessment for system, hardware and software to uncover gaps in functional safety process documentation – document reviews
Training on conducting self-assessments
Supporting process maturity improvement of documents
Supporting development of technical safety concepts
Highest Safety Integrity Level in project: ASIL D
Coaching the safety manager
Developing and integrating methods to improve system overview, boundaries and flows in the development process to define subsystems and evaluate them in FMEA based on hazard and risk analysis
Reviewing documents for content completeness against ISO 26262 requirements
Reviewing system FMEAs
Reporting
Highest Safety Integrity Level in project: ASIL D
Distributed product development OEM/OES, no defined system boundaries
System analysis for safety-relevant vehicle functions
Reviewing supplier documentation for safety proof and making release decisions
Optimizing safety proof to ISO 26262
Highest Safety Integrity Level in project: ASIL D
SOP - 07.2017
Reviewing a workflow from system development in electronics for transferability to the design department
Advising on item definition and system requirements analysis per ISO 26262 & ISO 15504 (SPiCE) for a new product
Preparing planning documents (safety plan, related docs) for the new product
Creating impact analyses
Deriving safety requirements for system, hardware and software
Qualifying hardware components
Creating project documentation (hazard & risk analysis, functional safety concept, etc.)
Conducting ad-hoc training for project participants
Coordinating functional safety tasks within the team and the project
Reporting
Highest Safety Integrity Level in project: ASIL D
Defining subsystem boundaries to derive required work packages for functional safety with involved teams
Merging and aligning existing FMEAs and hazard and risk analyses to identify open issues
Conducting hazard assessments
Conducting hazard and risk analyses
Creating the safety plan
Creating functional and technical safety concepts
Creating additional required documentation
Defining test requirements for verification and validation of safety requirements
Reviewing test requirements in test catalogs
Reviewing test results for deviations and evaluating safety relevance
Creating the safety case
Highest Safety Integrity Level in project: ASIL C
Working on safety concept for an electric motor
Creating project documents for functional safety process
Deriving safety requirements for system, hardware and software
Highest Safety Integrity Level in project: ASIL C
Introducing the team to functional safety and training them on process flow and resulting requirements
Creating system and operational analysis
Analyzing system FMEA to conduct hazard and risk analysis
Implementing data in the safety concept which was approved after final FSM assessment
Conducted based on IEC 61508
Building a quality management system according to ISO 9001
Integrating development processes based on the SPICE model (16 main software development processes) into core processes
Successful first certification with no findings
Maintaining the QMS successfully over three years
Permanent employment
Technical focus "Information Security, Cybersecurity Management and Management Systems"
Technical focus "Automotive development processes"
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