The emergence of Software Defined Vehicles profoundly impacts the domain of Body Electronics, which encompasses comfort, control, safety features, and extensive ECU and vehicle network management.
This transformation has a large impact on software development & integration for Body, Gateway & High-Performance Compute Platforms and brings up key challenges.
Architecture changes
Development of new architectures with HPCs and migration of legacy architecture for SDV to enable new features or functions.
Application & Integration
Development of new features for SDV or migration of existing features and their software integration in the HPC or Zonal ECUs environment.
Validation
End to end validation for Body electronics through virtual validation platforms and highly automated HIL systems for better coverage and speed of testing.
With over 20+ years of experience in the Body Electronics Domain, a team of 1000+ is helping 16+ global OEMs maintain and develop multiple solutions for the Body domain. Our experience across 5 SDV programs helps us bring key expertise to client programs.
System Engineering
- System Engineering for Body products – including ISO26262 Functional Safety.
- SDV architecture development and migration.
Software development and Integration
- Gateway Software development & maintenance.
- Controls function and Application development.
- Body Domain Controller Development & Maintenance.
End to end Validation
- Comprehensive validation solution encompassing Features and Applications, platforms and networks (CAN, LIN Flexray) and Gateways, ECUs etc.
- Unique accelerators like Library of Test cases, Customized Test benches, Virtual Validation Platforms.
Angebote
- Body System Engineering Services
- Application Development & Integration Services
- Body Features Validation Service
High Performance Compute (HPC) Application & Zonal ECUs
- System Architecture Definition (SoA + signal based) and Specification development.
- EE architecture and System model using PREEVision, MagicDraw, Rhapsody, EA.
- ISO 26262 based Functional Safety analysis (HARA, DFMEA).
- Cyber security TARA analysis.
Single Function ECU
- Architecture re-design of legacy system based on new SDV systems.
- Migration of legacy system requirement to Model based system engineering.
High Performance Compute (HPC) Application & Zonal ECUs
- System Architecture Definition (SoA + signal based).
- Application Migration strategy definition for Classic/Adaptive SWCS.
- Application and Feature development in MBD/CBD.
- End-to-end Body feature software integration.
- Multidomain Feature Integration in HPC and Zonal ECUS.
Single Function ECU
- Application and Feature development in MBD/CBD.
- End to end Body feature software integration of standalone ECU with High performance computer(HPC)/Zonal ECUs.
High Performance Compute (HPC) Application & Zonal ECUs
- Model based Testing (MIL, SIL).
- Plant model development for Body features.
- Body Virtual Validation Platform development.
- HIL testing of different Body features & Test Automation using dSPACE, Vector & KPIT Solutions (Technica).
- Vehicle Testing and Calibration.
Single Function ECU
- Body software Model based Testing (MIL, SIL and PIL).
- Body Virtual validation platform development with standalone ECUs.
- Hardware in loop(HIL) testing of standalone ECUs with High performance computer (HPC)/Zonal ECUS.
Auswirkungen auf die Arbeit
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