Product Systems Engineering Workshop – Automotive Edition Essentials Training by Tonex
This workshop delivers an in-depth understanding of product systems engineering tailored to the automotive sector, with a focus on electrified vehicles, advanced driver-assistance systems (ADAS), and software-defined vehicles. Participants explore lifecycle traceability, V-model development, and integration of ISO 26262, ASPICE, and UNECE WP.29 standards.
The program also highlights how functional safety and cybersecurity are embedded into the design, ensuring resilience against emerging threats in connected vehicles. By bridging software, hardware, and mechanical engineering, this training prepares professionals to tackle the complexities of modern automotive platforms while strengthening security and compliance.
Audience:
- Automotive systems engineers
- Platform and integration engineers
- Functional safety professionals
- Cybersecurity professionals
- Product line managers
- Vehicle architects
- Tier 1 and Tier 2 suppliers
- OEM integrators
Learning Objectives:
- Apply systems engineering to EV, ADAS, and vehicle platforms.
- Incorporate functional safety and cybersecurity by design.
- Manage V-model development using tools like Polarion, PREEvision.
- Trace requirements from concept to end-of-life support.
- Collaborate effectively across mechanical, software, and electrical domains.
Course Modules:
Module 1: Systems Engineering Foundations
- Overview of systems engineering principles
- Systems thinking in automotive context
- The V-model in automotive development
- Role of stakeholders and requirement analysis
- Standards impacting automotive systems
- Balancing performance, cost, and compliance
Module 2: Functional Safety & ISO 26262
- Key concepts of functional safety
- ISO 26262 structure and applicability
- Hazard analysis and risk assessment
- Safety lifecycle and traceability
- Integration with cybersecurity concerns
- Practical case examples of failures & mitigations
Module 3: Cybersecurity & UNECE WP.29
- Vehicle cybersecurity threats and landscape
- UNECE WP.29 R155/R156 overview
- Secure by design principles in vehicles
- Compliance strategies and audits
- Security requirements allocation and testing
- Aligning safety and cybersecurity processes
Module 4: Software-Defined Vehicles & ASPICE
- What are software-defined vehicles
- Automotive SPICE (ASPICE) model introduction
- Software architecture and integration challenges
- Verification & validation practices
- Model-based development and toolchains
- Lessons learned from industry implementations
Module 5: Electrification & ADAS
- Systems engineering challenges in EVs
- Powertrain, battery, and charging considerations
- Sensors and perception for ADAS
- Control strategies for automated functions
- Standards and testing for electrification/ADAS
- Future trends in autonomy and electrification
Module 6: Tools & Lifecycle Management
- Requirement management with Polarion
- System modeling with PREEvision
- Configuration and change management
- Traceability throughout the product lifecycle
- Collaboration across domains and suppliers
- Metrics and continuous improvement approaches
Join the Product Systems Engineering Workshop – Automotive Edition Essentials Training by Tonex to master the integration of functional safety, cybersecurity, and advanced systems engineering practices in modern vehicle development. Equip yourself to lead the next generation of secure, compliant, and innovative automotive products. Register now to secure your spot!