Jobs at Nokia

The AI R&D Engineer Coop will design, develop, and deploy AI/ML models, optimize existing models, and implement machine learning frameworks.

The role involves designing control algorithms and validating optical devices for high-performance digital coherent optical modules.

Execute, track, and improve fab-wide yield and quality activities. Drive closure of PQM actions and incidents, maintain yield reporting and dashboards, monitor performance and excursions, improve quality information systems, support quality documentation (SOPs, SPECs), and coordinate cross-functional teams to resolve issues and sustain manufacturing stability.

Assist in developing algorithms for optical transceivers, running tests, collecting data, and establishing manufacturing processes within the PIC test development team.

Design and implement DataPath on silicon. Write efficient, modular code with thorough testing. Requires experience in packet forwarding and virtualized Linux environments.

Lead semiconductor laser testing and Burn-In operations, focusing on capacity planning, equipment development, and cross-functional collaboration. Oversee die-level optoelectronic testing, manage vendor relationships, and define operational strategies for high-volume manufacturing.

As an Applied R&D Engineer, you will develop backend application software in a Kubernetes environment, focusing on streaming APIs, system design, and code quality.

Design and develop high-speed photonic integrated circuit devices. Perform RF and electro-optical simulations (HFSS, ADS), execute electrical/optical s-parameter testing, create designed experiments, analyze large datasets, and collaborate with fab, test, reliability, packaging, system, and product engineering to ensure device performance and reliability.

Provide EDA/CAD support for SiGe and CMOS high-speed analog/mixed-signal ASIC design. Install, customize, and support vendor PDKs and CAD tools, develop design standards and flows, execute layout, archive and tapeout, and support engineering users and license/tool infrastructure.

This role involves designing high-speed integrated photonic components, performing tests to verify circuit performance, and utilizing optical modeling and simulation techniques.

The Program Manager will oversee product life-cycle management, budget, schedules, and metrics in the Optical Modules Group, ensuring successful product development for telecom applications.

Design and validate controls for digital coherent optical modules while implementing optical validation tests in optical networking systems.

The engineer will develop high-speed analog ICs, oversee product development phases, and collaborate with various engineering teams to ensure product performance and reliability.

Design high-speed integrated photonic components, implement designs through fabrication, and test circuits for performance verification. Requires strong optical and semiconductor device knowledge.

The engineer will design, develop, test and improve integrated hardware/software systems, analyze customer issues, and provide technical expertise in photonic integrated circuits.

Design and develop test plans, hardware and software solutions, and automated production level test solutions for semiconductor optoelectronic devices, while managing test documentation and schedules.

Lead reliability engineering for Silicon Photonics hardware: define and validate reliability models, perform MTBF/MTBCF predictions, analyze field data, direct verification testing and root-cause analysis, drive corrective actions, and mentor cross-functional teams to improve product reliability.

Seeking motivated students for a Hardware Engineering Coop to gain hands-on experience in high-speed hardware design and contribute to real-world signal integrity projects.

As a Software Engineering Co-op, you'll execute projects independently, engage with AI technologies, and collaborate on innovative ICT solutions to develop your engineering skills.

The Staff Manufacturing Integration Engineer ensures stable production of InP-based PIC products, focusing on process analysis and cross-functional collaboration for yield improvement and process stability.