In this role, you'll join a dynamic firmware team dedicated to enhancing Nokia’s next-generation Optical Engine tailored for long-haul and metro applications. Working closely with cross-functional teams, you’ll design and implement innovative solutions that tackle complex problems in Dense Wavelength Division Multiplexing transport products. Your contributions will have a direct impact on the efficiency and reliability of cutting-edge optical technologies. You'll benefit from an environment that encourages knowledge sharing and collaboration, where your insights and expertise are valued. We offer competitive compensation, opportunities for professional growth, and a comprehensive benefits package, including health, wellness programs, and flexible work arrangements, ensuring a balanced and fulfilling work-life experience. Design, implement, and test code for next-generation Optical Engine firmware used in Long Haul, Metro, and Data Center Interconnects.Develop and maintain Firmware Requirement and Design documents.Collaborate with optical, hardware, FPGA, software, manufacturing, and test teams for seamless integration.Provide knowledge transfer to manufacturing processes.Debug and resolve customer issues effectively.Contribute to testing documentation to ensure product quality and compliance.Participate in design reviews and provide input on architectural decisions.Continuously seek improvements in firmware development processes and methodologies. Must-Have:BS/MS in Electrical Engineering, Computer Science, or related field6+ years of embedded software development experience in a multithreaded real-time environmentStrong C/C++ programming skillsExperience with device driver development for Linux or Real-Time Operating SystemsExcellent analytical and troubleshooting abilitiesNice-To-Have:Experience with scripting languagesHands-on experience with Zynq and ARM processorsFamiliarity with firmware requirements and design documentationKnowledge of optical engineering conceptsExperience working with cross-functional teams