Embedded Software Development Engineer (4-6 Years)

What Will You Do?
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Analyze customer and internal requirements and translate them into robust software architecture, design elements, and implementation plans.
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Develop AUTOSAR‑based software components, including configuration, integration, and validation of BSW modules such as COM, DCM, DEM, NVM, CAN NM, and BSWM.
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Implement and maintain communication protocols including CAN, SPI, and UDS diagnostics, ensuring adherence to automotive communication standards.
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Design, code, and test embedded software in C, C++, and Python, delivering reliable, high‑performance solutions for automotive safety systems.
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Prepare and maintain software documentation, including architecture/design documents, source code, UT reports, static analysis reports, and other ASPICE‑compliant artifacts.
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Debug and resolve issues using professional tools such as IC5000 and Trace32, conducting systematic root‑cause analysis and applying effective corrective actions.
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Conduct memory analysis, chronometric/timing analysis, and bus load evaluations to ensure system efficiency, performance, and stability.
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Collaborate closely with customers, internal engineering teams, and cross‑functional stakeholders to deliver technically aligned, high‑quality software outcomes.
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Operate within a structured, process‑driven environment aligned with ASPICE and automotive quality expectations.
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Contribute to continuous improvement, knowledge sharing, and adoption of best practices within the development team.
What Will You Bring?
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4-6 years of hands‑on experience in automotive embedded software development.
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Strong knowledge and hands‑on experience with software development processes and related automotive standards including ASPICE (Agile methodology is an added advantage).
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Strong knowledge of AUTOSAR architecture, SWC development, BSW configuration, and ECU system integration.
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Proficiency with automotive communication protocols and standards, including CAN, SPI, and UDS diagnostics.
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Solid programming skills in C and C++, with working knowledge of Python for automation and tooling.
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Hands‑on experience with industry tools such as Codebeamer, Enterprise Architect, PTC, and related toolchains.
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Understanding of automotive cybersecurity, secure coding principles, and associated standards (good to have).
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Proficiency with debugging tools like IC5000 and Trace32, coupled with strong analytical ability to address field issues and perform root‑cause analysis.
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Good to have: Experience in Bootloader development/integration/debugging.
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Strong documentation, communication, and collaboration skills, with the ability to work effectively in structured processes.
Preferred Qualification: BE / BTech / ME / MTech