Job Description

Looking for an experienced AUTOSAR Application Software Developer specializing exclusively in Software Component (SWC) development using Embedded C This role is focused on application layer development, RTE interaction, and embedded debugging, without any involvement in BSW development or configuration.

AUTOSAR Application SWC Development

• Design, implement, and maintain AUTOSAR Software Components (SWCs) using Embedded C
• Develop runnables, port interfaces, and application logic as per functional/software requirements.
• Create and maintain Sender/Receiver (S/R) and Client/Server (C/S) communication interfaces.
• Implement state machines, control algorithms, and feature-specific logic within SWCs.

RTE Integration

• Ensure correct mapping of SWC ports to signals, parameters, and system descriptions (ARXML).
• Validate RTE generation outputs and resolve interface mismatches.
• Collaborate with integration teams to verify correct SWC ↔ RTE communication.

Embedded C Debugging & Analysis

• Perform deep debugging of embedded software
• Root-cause issues related to:
  • RTE communication
  • Interface misconfiguration
  • Timing violations
  • Pointer/heap/stack issues
• Use tools like: Trace32, GHS compiler, CANoe, oscilloscopes, and microcontroller IDEs.

Testing & Validation

• Conduct unit testing and integration testing for developed SWCs.
• Support SIL environments for functional validation.
• Prepare SWC-level test cases and perform white-box debugging.

Documentation & Quality

• Write design documents, interface descriptions, and test documentation.
• Ensure coding compliance with MISRA‑C, project guidelines, and best practices.
• Participate in design and code reviews focused on SWC logic and RTE usage.

• Bachelors in Electrical/ Computer Science Engineering with specialization in Embedded Systems
• 5+ years experience in AUTOSAR SWC Development (Classic Platform).
• Strong command of Embedded C programming and low-level debugging.
• Expertise in:
  • AUTOSAR SWC architecture
  • RTE concepts (Runnables, Events, Ports, Interfaces)
  • ARXML handling (Application-level)
  • CAN, CAN FD, Ethernet and J1939 protocols
• Understanding of automotive communication
• hands-on with AUTOSAR tools:
  • Vector DaVinci Developer
  • EB Tresos (Developer)
  • Artop-based tools
• Experience in:
  • Functional algorithms (diagnostics logic, state machines, etc.)
  • Python/CAPL-based debugging automation
• Knowledge of ASPICE processes (only at SWC level).
• Exposure to ISO 26262 requirements for application SW.
• Strong problem-solving and debugging mindset.
• Ability to understand and interpret system requirements.
• Good communication and cross-functional collaboration.
• High attention to detail and code quality.