Analyze customer and internal requirements and translate them into robust software architecture, design elements, and implementation plans.
Develop AUTOSAR‑based software components, including configuration, integration, and validation of BSW modules such as COM, DCM, DEM, NVM, CAN NM, and BSWM.
Implement and maintain communication protocols including CAN, SPI, and UDS diagnostics, ensuring adherence to automotive communication standards.
Design, code, and test embedded software in C, C++, and Python, delivering reliable, high‑performance solutions for automotive safety systems.
Prepare and maintain software documentation, including architecture/design documents, source code, UT reports, static analysis reports, and other ASPICE‑compliant artifacts.
Debug and resolve issues using professional tools such as IC5000 and Trace32, conducting systematic root‑cause analysis and applying effective corrective actions.
Conduct memory analysis, chronometric/timing analysis, and bus load evaluations to ensure system efficiency, performance, and stability.
Collaborate closely with customers, internal engineering teams, and cross‑functional stakeholders to deliver technically aligned, high‑quality software outcomes.
Operate within a structured, process‑driven environment aligned with ASPICE and automotive quality expectations.
Contribute to continuous improvement, knowledge sharing, and adoption of best practices within the development team.
What Will You Bring
6–10 years of hands‑on experience in automotive embedded software development.
Strong knowledge and hands‑on experience with software development processes and related automotive standards including ASPICE (Agile methodology is an added advantage).
Strong knowledge of AUTOSAR architecture, SWC development, BSW configuration, and ECU system integration.
Proficiency with automotive communication protocols and standards, including CAN, SPI, and UDS diagnostics.
Solid programming skills in C and C++, with working knowledge of Python for automation and tooling.
Hands‑on experience with industry tools such as Codebeamer, Enterprise Architect, PTC, and related toolchains.
Understanding of automotive cybersecurity, secure coding principles, and associated standards (good to have).
Proficiency with debugging tools like IC5000 and Trace32, coupled with strong analytical ability to address field issues and perform root‑cause analysis.
Good to have: Experience in Bootloader development/integration/debugging.
Strong documentation, communication, and collaboration skills, with the ability to work effectively in structured processes.
