What Will You Do?

• Analyze system‑level customer and internal requirements and convert them into clear system specifications, architecture definitions, and technical design inputs for software and hardware teams.

• Define and refine system architecture, including interfaces, data flows, diagnostics, safety concepts, and communication frameworks for automotive ECUs.

• Develop and maintain system requirement specifications (SRS), interface control documents (ICDs), system design documents, and system validation plans aligned with ASPICE and automotive quality processes.

• Work closely with cross‑functional teams (software, hardware, validation, safety, cybersecurity, and product engineering) to ensure cohesive system integration and end‑to‑end functionality.

• Analyze communication protocols and system behavior, including CAN, SPI, UDS, and other automotive network interactions, ensuring system-level consistency and performance.

• Support system integration activities, including debugging, issue reproduction, root‑cause analysis, and solution proposals across multiple subsystems.

• Ensure traceability from system requirements to design, implementation, and validation using tools like Codebeamer, DOORS, or equivalent.

• Participate in safety and cybersecurity assessments, ensuring compliance with ISO 26262, secure system design principles, and relevant cybersecurity guidelines.

• Review work products (requirements, design, test specifications) for system completeness, correctness, and alignment with project goals.

• Support customer discussions, technical workshops, and requirement clarification sessions.

• Support on RFQ

• Drive continuous improvement of system engineering methods, tools, and processes.

What Will You Bring?

• 6–10 years of relevant experience in system engineering, embedded systems, or automotive ECU development.

• Strong understanding of system architecture, system requirements engineering, and interface design for automotive applications.

• Solid knowledge of automotive communication protocols including CAN, SPI, and diagnostics such as UDS.

• Good understanding of embedded software and hardware interaction, microcontroller fundamentals, and system‑level constraints.

• Familiarity with AUTOSAR concepts, ECU architecture, and integration principles (good to have)

• System testing experience will be an added advantage.

• Experience with requirement management, version control, and analysis tools such as Codebeamer, DOORS, GIT, Enterprise Architect, PTC, or similar.

• Understanding of ISO 26262 (functional safety) and cybersecurity principles, with experience in creating or reviewing safety‑related system artifacts.

• Strong analytical and problem‑solving skills, with the ability to investigate cross‑domain system issues.

• Excellent documentation, communication, and stakeholder‑management skills.

• Ability to work in structured, process‑driven automotive environments aligned with ASPICE and quality frameworks.

• Self‑driven, proactive, and able to take responsibility for system deliverables and timelines.

Preferred Qualification: BE / BTech / ME / MTech