Description

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- We are seeking a highly motivated Firmware Validation Engineer to play a key role in validating firmware software for next-generation optical coherent pluggable transceivers. The ideal candidate will be responsible for developing validation strategies, building automated test frameworks, executing comprehensive test plans, and ensuring firmware quality, reliability, and compliance with industry standards.
This position offers the opportunity to work on cutting-edge coherent optical technologies used in high-speed data center interconnects, metro networks, and long-haul transport systems. The successful candidate will collaborate closely with firmware, hardware, optical systems, DSP, and product engineering teams throughout the product development lifecycle.

Responsibilities
- Own and define/participate in end-to-end validation strategy for coherent pluggable optics and transponder products features, ensuring carrier-class quality.
- Drive system-level, feature-level, and regression test planning aligned with product architecture, standards, and customer use cases.




- Lead and execute complex validation using white-box and black-box testing across HW, ASIC, FW, and SW layers..
- Collaborate closely with HW, Optical, ASIC, FW, and SW teams to influence design for testability.
- Lead root cause analysis (RCA) of customer-found and field issues; enhance test coverage to prevent recurrence.
- Participate in the test automation strategy and roadmap, ensuring scalability and long-term maintainability.
- Ensure validation readiness, quality metrics, and release sign-off with clear risk assessment.

Qualifications
- BS/MS in Engineering with 5+ years of experience in validation of optical telecom products.
- Robust domain expertise in validation of Coherent Optics, Transponders, and standards: OTN (G.709), Ethernet (100G/400G/800G), CMIS and.
- Proven experience testing carrier-grade embedded systems in cross-functional and Agile environments.
- Hands-on exp

📌 Sr Firmware Engineer (India)
🏢 Nokia Global
📍 India