Leads the design and development of high-speed analog, RF, and mixed-signal ICs for coherent optical and PAM4 communication systems. Responsibilities include transistor-level architecture, circuit design, layout, silicon bring-up, characterization, RF wafer probing, specification development, design reviews, and collaboration with product engineering and optical systems teams. Provides technical guidance and mentorship while developing solutions using SiGe BiCMOS and CMOS processes.
Join Nokia's advanced photonics and semiconductor design team, developing next-generation analog ICs for high-speed optical communication systems. In this role, you will design and lead development of high speed Transmit (TIA) and Receive (MZMD) components for coherent long-haul and metro systems as well as PAM4 data center systems, primarily using SiGe BiCMOS and CMOS processes.
You will play a key role in delivering innovative solutions that enable faster, more efficient data transmission across data centers and telecommunications networks, and emerging AI-driven infrastructure.
Responsibilities- Responsible for design and development of Transmit (TIA) and Receive (MZMD) components for optical network systems (Coherent, PAM4, etc.).
- Innovate and develop new architecture utilizing advanced process nodes, preparing these processes for subsequent product development.
- In charge of many aspects of IC product development, such as design, layout, silicon bring-up and characterization.
- Collaborate with product engineering and optical system groups to evaluate, develop, and refine "white box" specifications into detailed electrical specifications for both Tx and Rx components.
- Provide significant technical contributions to design reviews, verifying design integrity and adherence to standards.
- Work with ASIC group by applying Nokia documentation standards to optimize development cycles.
- Offer technical guidance and share best practices in optical network design and development to mentor new hires and junior team members.
- Master's (M.S.) or Ph.D. degree in Electrical Engineering with a minimum of 10 years of related experience in Analog/RF ASIC design and development
- Demonstrated experience in high-speed Analog/RF IC designs (TIA, MZMD) with SiGe BiCMOS technology
- Proven experience in:
- Low noise / high linear (>80GHz) broadband analog circuits for optical front-end
- High-precision analog circuits (e.g., linear regulators, bandgaps, DAC/ADC).
- Deep understanding of detailed transistor-level design, device physics, and control/feedback loop stability analysis
- Knowledge of transmission lines and other high-frequency passive structures
- Strong understanding of package and board-level design optimization
- Experience with RF wafer probing, lab equipment, and evaluation of high-speed analog ICs
- Demonstrated ability to independently resolve complex organizational and technical challenges
- Solid expertise with EDA CAD tools, custom analog layout, 3D EM modeling
- Strong problem-solving and decision-making capabilities
- Highly- self-motivated, detail-oriented, and results-driven
- Must be a team player with good verbal and written communication skills
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What you need to know about the Austin Tech Scene
Austin has a diverse and thriving tech ecosystem thanks to home-grown companies like Dell and major campuses for IBM, AMD and Apple. The state’s flagship university, the University of Texas at Austin, is known for its engineering school, and the city is known for its annual South by Southwest tech and media conference. Austin’s tech scene spans many verticals, but it’s particularly known for hardware, including semiconductors, as well as AI, biotechnology and cloud computing. And its food and music scene, low taxes and favorable climate has made the city a destination for tech workers from across the country.
Key Facts About Austin Tech
- Number of Tech Workers: 180,500; 13.7% of overall workforce (2024 CompTIA survey)
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- Funding Landscape: $4.5 billion in VC funding in 2024 (Pitchbook)
- Notable Investors: Live Oak Ventures, Austin Ventures, Hinge Capital, Gigafund, KdT Ventures, Next Coast Ventures, Silverton Partners
- Research Centers and Universities: University of Texas, Southwestern University, Texas State University, Center for Complex Quantum Systems, Oden Institute for Computational Engineering and Sciences, Texas Advanced Computing Center
