Jobs at Nokia

Manage the Optics hardware services portfolio end-to-end: set up service offerings at NPI, define SoWs, pricing/costing, support pre-sales tendering, oversee delivery and lifecycle, and coordinate cross-functional teams to ensure operational and commercial success.

Support NPI and sustaining engineering for routing hardware by managing product data, change control (ECO/MCO/Stop Orders), and BOM health. Develop custom queries, adapt SQL/Sequel for evolving product structures, implement data models, and create PLM workflows while coordinating across hardware, software, and product line management.

Senior operational leader defining and executing global manufacturing strategy for optical pluggable products. Owns contract manufacturer engagement, pre-GA ramp activities, DfM, CAPEX decisions, yield and quality improvements, and global production governance to scale high-volume, cost-competitive manufacturing.

Lead standards strategy and advocacy for optical transport products, working with PLMs, R&D, and standards bodies (ITU-T, OIF, IEEE 802.3, OpenROADM). Develop and promote contributions, influence industry direction, report internally, and collaborate across business development, product management, marketing, and engineering to align product strategy with evolving optical, Ethernet, and transport standards.

The role involves collaboration with product managers and team members to design, develop, and test software features for Nokia's Service Router OS, emphasizing code quality and troubleshooting.

As a Principal ASIC Design Engineer, you'll lead the development of advanced coherent optics ASICs, collaborating on specs and optimization while supporting layout for quality products.

Lead standardization strategy for optical transport and Ethernet technologies, develop and advocate contributions to standards bodies (ITU‑T, IEEE, OIF, OpenROADM), coordinate with PLMs and R&D, report progress internally, provide technical influence and guidance, and represent Nokia at standards meetings and industry events.

Design, develop, test, and maintain scalable platform services. Collaborate with cross-functional and architecture teams to implement cloud-native solutions, optimize performance and scalability, participate in code reviews, and document technical specifications while supporting platform reliability and CI/CD practices.

Design and lead development of a massively distributed, highly available edge compute platform. Implement scalable microservices, leverage Kubernetes internals for resource management, integrate cloud platforms, troubleshoot high-throughput networking, conduct code reviews, mentor junior engineers, and ensure software meets performance, security, and scalability standards.

Lead design and implementation of scalable, fault-tolerant platform architecture using Kubernetes and DevOps/GitOps. Architect multi-tenant shared services (databases, MQTT, Keycloak, cert-manager, blob storage), ensure availability, cost efficiency, and scaling, troubleshoot production distributed systems, mentor engineers, collaborate cross-functionally, document decisions, and enforce coding standards via reviews.

Lead ownership of the observability stack: define instrumentation standards, embed observability practices across projects, implement tooling (Prometheus, OpenTelemetry, Grafana, Tempo, Victoria Metrics), build pipelines (OLAP, Kafka, ETL, Spark/Flink), collaborate on dashboards with UI/UX, advise on distributed AI infrastructure, mentor teams, and drive adoption and optimization of observability at scale.

Lead and grow a QA team, design and execute test strategy including E2E automation and scale testing, build test automation, run chaos engineering scenarios, use device simulators and traffic generators, ensure system resilience and regression stability, and collaborate with development to integrate automated testing.

Lead design and operation of a massively distributed edge compute platform using hyperscaler services and Kubernetes. Design external APIs, optimize L7 traffic routing, ensure high availability, fault tolerance, security and data privacy. Collaborate across AI/ML, hardware, network, and security teams, present scalability and reliability metrics to executives, mentor engineers, and establish architectural governance.

Design and implement test automation frameworks; execute and scale end-to-end automated tests; integrate automation into the SDLC; apply chaos engineering for resilience; manage cloud and remote hardware test environments; analyze and report results; collaborate with developers; and mentor junior engineers.

Lead end-to-end electrical design of high-density analog and digital circuits for optical sub-assemblies. Convert requirements into schematics, coordinate PCB layout, integrate with mechanical/software teams, manage supply chain/prototypes, mentor junior engineers, and participate in program and release management.

Design, implement, and test firmware for next-generation optical engines (long-haul, metro, DCI). Produce firmware requirement and design documents, collaborate with optical/hardware/FPGA/software/manufacturing/test teams, support manufacturing knowledge transfer, debug customer issues, contribute testing documentation, participate in design reviews, and drive firmware development process improvements.

Join an agile Scrum team to develop and test firmware for embedded CPUs in custom ASICs driving optical network equipment. Collaborate on feature definition, coding, testing, and mentor interns/co-ops.

Validate and test optical coherent pluggable firmware (ZR/ZR+, DWDM, CMIS), develop and automate Python test scripts on PACE, run manual and automated lab tests, debug customer issues, set up/maintain lab equipment, and document results while collaborating with cross-functional scrum teams.

As a Power Supply Design Engineer, you will design and verify power solutions for digital electronics, manage vendor relationships, and provide expertise on complex circuits. You will be involved in high-visibility projects that influence product strategy.

Design, model, and test high-speed electrical interconnects for optoelectronic modules. Collaborate with PIC, ASIC, TROSA, and module teams to define requirements, design RF structures, develop test vehicles, coordinate fabrication with vendors, and perform high-speed measurements and data analysis to advance next-generation optical module products.