Developed an AUTOSAR-based Door Lock Indication System using a Software Component (SWC) architecture.

The application monitors the vehicle door status and activates an interior LED when the door is open.

Key Contributions:

1. AUTOSAR Software Architecture

- Designed two AUTOSAR Software Components (SWCs).

- Implemented an Application SWC containing a runnable responsible for the control algorithm.

- Developed an ECU Abstraction SWC with two runnables for door status monitoring and LED control.

2. RTE & RTOS Integration

- Implemented inter-SWC communication through the Runtime Environment (RTE).

- Assigned application runnables to RTOS tasks.

- Structured the application using AUTOSAR concepts.

3. Development Tools

- ARTOP for RTE generation.

- ARUNIT for ARXML visualization.

- Eclipse IDE.

- STM32CubeIDE.

- Keil uVision for debugging and simulation.

- STM32 ARM Microcontroller.

Technologies:

AUTOSAR, SWC, RTE, ARXML, RTOS, Embedded C, STM32, Embedded Software Architecture.

Result:

Implemented a modular AUTOSAR application demonstrating SWC communication, runnable scheduling, and hardware interaction through ECU abstraction.