AUTOSAR SWC Development
with Model-Based Engineering
End-to-end AUTOSAR Software Component development using MATLAB/Simulink, Embedded Coder, AUTOSAR Classic architecture, and OEM-aligned model-based engineering workflows.
Complete AUTOSAR software component development aligned with OEM architecture, ECU integration, and safety-compliant workflows.
AUTOSAR SWC Architecture
- Runnable entity development
- Sender-receiver interfaces
- Client-server communication
- AUTOSAR ports and mapping
- ARXML generation workflow
MATLAB / Simulink Development
- Stateflow-based logic modeling
- Embedded Coder integration
- Reusable model libraries
- Automatic code generation
- Production-grade workflows
Software Verification Workflow
- MIL / SIL / PIL testing
- Requirement traceability
- CANoe integration testing
- Static code analysis
- Regression validation
End-to-end AUTOSAR software component development using model-based engineering, automatic code generation, and OEM-aligned workflows.
AUTOSAR SWC & Model-Based Design Platform
OEM-aligned AUTOSAR software component development using MATLAB/Simulink model-based engineering, Embedded Coder code generation, and reusable scalable architectures.
SWC Architecture
Runnable entities, ports, timing events, and AUTOSAR interfaces.
Embedded Coder
AUTOSAR-compatible production code generation workflow.
RTE Integration
ECU-level RTE integration and communication handling support.
Simulink Modeling
Graphical modeling for control logic, algorithms, and ECU software behavior.
Stateflow Design
Event-driven logic and state machine implementation for automotive applications.
Automatic Code Generation
Production-ready C code generation using Embedded Coder workflows.
Reusable Architecture
Modular reusable model libraries for scalable ECU development programs.
MIL / SIL / PIL Testing
SIL, PIL, and MIL testing with automated verification support.
Key Highlights
- AUTOSAR Classic SWC development
- MATLAB / Simulink model-based engineering
- Embedded Coder automatic code generation
- Stateflow logic and state machine design
- ARXML generation and RTE integration
- MISRA-C compliant code workflows
- MIL / SIL / PIL validation pipelines
- Reusable model library architecture
Industry-standard tools for AUTOSAR software component development and model-based workflows.
MATLAB / Simulink
Model-based software architecture and algorithm development platform.
Embedded Coder
AUTOSAR-compatible production code generation workflow.
DaVinci Developer
AUTOSAR SWC configuration and RTE integration support.
Vector CANoe
ECU communication validation and network testing environment.
Production-focused AUTOSAR software engineering aligned with OEM integration workflows.
OEM Workflow Alignment
Development aligned to OEM AUTOSAR software release and integration workflow.
Reusable SW Architecture
Modular AUTOSAR software architecture reusable across multiple ECU programs.
Faster Validation Cycle
Accelerated software verification using automated testing workflows.