Model-Based Safety Analysis and Engineering (MBSAE) Essentials by Tonex
Model-Based Safety Analysis and Engineering (MBSAE) Essentials by Tonex is a comprehensive training program that equips participants with the skills to leverage system models in analyzing, predicting, and mitigating safety risks throughout the lifecycle of complex engineered systems. It introduces structured techniques such as SysML modeling, functional hazard analysis, fault tree analysis, and system-theoretic safety assessments. The course is especially vital in today’s interconnected environments, where safety assurance must align with stringent cybersecurity controls. Integrating MBSAE with cybersecurity practices enhances the resilience of safety-critical systems against malicious threats, data breaches, and system compromise vulnerabilities.
Audience:
- Systems Engineers
- Safety and Reliability Engineers
- Cybersecurity Professionals
- Embedded Systems Designers
- Aerospace and Defense Engineers
- Automotive Safety Engineers
- Project and Program Managers
- Safety Compliance Auditors
Learning Objectives:
- Understand core principles of MBSAE
- Explore SysML and model-driven safety assessment
- Apply structured safety analysis techniques
- Link system behavior to safety and risk analysis
- Identify interactions between safety and cybersecurity
- Learn industry best practices for MBSAE implementation
Course Modules:
Module 1: MBSAE Fundamentals
- Introduction to MBSAE concepts
- Role of models in safety analysis
- Benefits over traditional methods
- MBSAE lifecycle overview
- Stakeholder roles and collaboration
- Model fidelity and traceability
Module 2: SysML for Safety Modeling
- Overview of SysML structure
- Blocks, diagrams, and relationships
- Requirements modeling with SysML
- Use case and behavior diagrams
- Linking functional and safety data
- Tool support and practical considerations
Module 3: Functional Hazard Analysis
- Understanding functional failures
- Identifying system-level hazards
- Allocation of safety constraints
- Using MBSAE in FHA processes
- Traceability to design requirements
- Regulatory alignment and compliance
Module 4: Fault Tree and FMEA Integration
- Fault Tree Analysis (FTA) basics
- FMEA for model-based systems
- Risk prioritization techniques
- Automation of FMEA using models
- Failure propagation visualization
- Reporting and documentation practices
Module 5: Cyber-Safety Integration
- Interplay of safety and cybersecurity
- Modeling cyber threats in safety context
- Impact of security breaches on safety
- Incorporating attack paths in MBSAE
- Compliance with ISO 21434 and IEC 62443
- Strategies for cyber-physical resilience
Module 6: Case Studies and Applications
- Aerospace safety-critical systems
- Automotive functional safety scenarios
- Railway and industrial automation
- Medical device compliance strategies
- Cross-industry MBSAE applications
- Lessons learned and best practices
Master the future of safety engineering by enrolling in Tonex’s MBSAE Essentials course today. Equip yourself with modern tools and knowledge to lead safe, secure, and efficient system designs in increasingly complex, cyber-aware environments.