SoC/FPGA Engineer

The NOKIA Optics Subsystems group develops cutting-edge front-end technology for coherent optical transmission modules, enabling high-speed interconnects for data centers and supporting the growing demands of AI-driven applications. As the industry evolves, we are expanding our team to innovate and deliver next-generation transmission systems that meet the challenges of increasing bandwidth and efficiency.

Within Optics Subsystems, the System-on-Chip (SoC) team architects, designs, and tests advanced ASICs for optical modules. Our focus is on extending optical reach and transmission capacity while optimizing power and space requirements, leveraging the latest chip technologies to support the data center and AI revolution

Sounds interesting?

Be sure to check out details about our latest ASIC\SoC development, in the Optical Engines page:

https://www.nokia.com/networks/optical-networks/pse-6s/

and

https://www.nokia.com/optical-networks/icex-800g-zr-zr-plus/

Salary range:

34,491 -77,884 Euro

Advancing connectivity to secure a brighter world.

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Our recruitment process

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If you're interested in this role but don't meet every listed requirement, we still encourage you to apply. Unique backgrounds, perspectives, and experiences enrich our teams, and you may be just the right candidate for this or another opportunity.

The length of the recruitment process may vary depending on the specific role''s requirements. We strive to ensure a smooth and inclusive experience for all candidates. Discover more about the recruitment process at Nokia.

Must have:

• Master's degree or PhD in Electronic Engineering, Microelectronics, Telecommunication Engineering or equivalent
• Knowledge and practical experience about ASIC and FPGA design and verification, respective implementation tools (Synopsys, Mentor, Cadence), the related design languages (VHDL, Verilog, System Verilog), script programming (TCL, Python) and overall development environment and methodologies (e.g. UVM)
• Knowledge about coherent optical transmission systems and their components, transmission theory and algorithms, forward error correction, modulation formats and their implementation
• Basic understanding of firmware development, software structures and methods (C/C++, development of drivers and APIs for the design blocks)
• Good communication skills, fluent written and spoken English (required), with a strong interest to collaborate with international partners.

It would be beneficial if you also had:

• Inter-disciplinary and inter-cultural collaboration experience
• Knowledge in LINUX-based systems IT infrastructure management
• Knowledge of Transmission protocols adopted in Communication industry

As an ASIC engineer working on the architecture and development of advanced sub-micron devices, you''ll face technically challenging tasks that also require strong teamwork and communication skills. You''ll be an integral part of an international development team, where collaboration and shared problem-solving are key to designing system-on-chip devices for coherent transmission systems.

• Design part of complex ASICs and IP for optical communication systems, implementing advanced signal processing algorithms to enhance system performance and efficiency
• Oversee RTL design, verification, and synthesis processes to deliver high-performance, low-power ASIC solutions
• Analyze and optimize power consumption by leveraging the latest CMOS technology nodes
• Stay updated on industry trends and advancements in ASIC synthesis methodologies
• Collaborate with global, cross-functional teams, including systems engineering, hardware, software, firmware, and test engineering, to ensure seamless integration and delivery of solutions

As an ASIC engineer working on the architecture and development of advanced sub-micron devices, you''ll face technically challenging tasks that also require strong teamwork and communication skills. You''ll be an integral part of an international development team, where collaboration and shared problem-solving are key to designing system-on-chip devices for coherent transmission systems.

• Design part of complex ASICs and IP for optical communication systems, implementing advanced signal processing algorithms to enhance system performance and efficiency
• Oversee RTL design, verification, and synthesis processes to deliver high-performance, low-power ASIC solutions
• Analyze and optimize power consumption by leveraging the latest CMOS technology nodes
• Stay updated on industry trends and advancements in ASIC synthesis methodologies
• Collaborate with global, cross-functional teams, including systems engineering, hardware, software, firmware, and test engineering, to ensure seamless integration and delivery of solutions