Senior Embedded AUTOSAR Classic Engineer for Automotive MCU

5105 Accenture End. Yaz. Coz. Company; Pendik; Hybrid; TRY 900,000 - 1,300,000; Full time

Benefits offered by this job

Health & Life Insurance

Hybrid working model

Flexible hours

Birthday off

Shuttle service

Meal allowance

Performance bonus & promotion

Learning budget

Buddy Program

Job summary

Accenture is seeking a Senior Embedded Software Engineer to lead the architecture and implementation of AUTOSAR Classic software on our MCU-based automotive software platform within a next-generation Software-Defined Vehicle program spanning IVI and ADAS domains.

On the MCU side, you will design and evolve safety-critical middleware, including RTE, communication, PDU routing, diagnostic interfaces, and storage, using a code-first, modern C++ approach.

Qualifications

• Modern C++ for embedded firmware, middleware, and driver development.
• AUTOSAR Classic: RTE, diagnostics, and NVM/storage concepts.
• RTOS-based multi-core MCU architecture experience.
• Unit testing with gtest/gmock.
• Embedded debugging tools such as JTAG, tracing, protocol analyzers.
• Automotive safety-critical embedded software development background.

Responsibilities

• Define and own the MCU firmware and AUTOSAR Classic architecture.
• Design, implement, and enhance middleware components (RTE, COM, PDU routing) and unit tests.
• Integrate AUTOSAR with RTOS, low-level drivers, and platform services; troubleshoot complex issues.
• Review requirements, architecture, design, code, tests, and documentation for safety and quality compliance.
• Collaborate with MCU platform, security, and SoC teams for end-to-end integration.

Skills

Modern C++

AUTOSAR Classic

RTOS

Embedded systems

Unit testing (gtest/gmock)

JTAG debugging

Automotive safety

Tools

JTAG

Trace tools

Python

Job description

Accenture is seeking a Senior Embedded Software Engineer to lead the architecture and implementation of AUTOSAR Classic software on our MCU-based automotive software platform within a next-generation Software-Defined Vehicle program spanning IVI and ADAS domains.

On the MCU side, you will design and evolve safety-critical middleware, including RTE, communication, PDU routing, diagnostic interfaces, and storage, using a code-first, modern C++ approach.