Top Tech Jobs & Startup Jobs in San Francisco Bay Area, CA

Develop and maintain C/C++ embedded software and firmware for optical transport systems. Design, integrate, and verify real-time solutions on RTOS platforms, including drivers, interrupt handling, and control firmware. Collaborate on hardware, ARM processors, and FPGA-based systems, while troubleshooting complex software, hardware, optics, and multiprocessor issues.

Designs and maintains high-speed digital hardware for Nokia Service Router products. Responsibilities include ultra-high-speed PCB circuit design, simulation, verification testing, board bring-up, laboratory debugging, and taking complex board designs from concept through production release. The role requires collaboration with engineering teams, ownership of hardware integrity, and practical use of oscilloscopes, logic analyzers, and digital debugging tools.

Develop and prototype 5G network solutions, automate and improve software development tools and environments, and help design, build, and maintain development verification labs. The role requires programming across Python, JavaScript, Bash, C/C++, and Go, along with Git, Linux, debugging, and Agile/Scrum knowledge. Work supports Nokia’s satellite-based LTE and 5G networking products.

Leads optoelectronic assembly process development and transfer to manufacturing for optical engines. Manages engineering teams, process design, equipment, qualification efforts, vendors, budgets, schedules, risks, and product road maps. Requires hands-on expertise in optoelectronic or microelectronic assembly, automated equipment, DOE, FMEA, statistical analysis, and cross-functional technical leadership.

Lead PIC production test capacity, infrastructure, and ramp activities while managing test engineers and technicians. Responsibilities include hiring, onboarding, mentoring, resource prioritization, cross-functional collaboration with wafer fabs and operations, and development of production test hardware, software, and procedures. The role also oversees testability requirements, new product introduction testing, efficiency improvements, and engineering changes for photonic integrated circuit products.

Leads production ramp-up projects across multiple manufacturing sites, managing project plans, capital expenditures, equipment delivery and integration, timelines, risks, records, and cross-functional coordination. Facilitates status meetings, reports performance to senior leadership, and supports continuous improvement and best-practice adoption. The role partners with engineering, procurement, operations, and site leadership to expand manufacturing capacity for optical communication systems.

Leads global new product introduction activities for optical networking hardware and software, including customer onboarding, demonstrations, lab certifications, test planning, troubleshooting, escalations, and early field trials. Serves as the liaison between customers, support, engineering, testing, and product teams from first customer shipment through general availability. Uses customer feedback to improve serviceability, product quality, adoption, and overall customer experience.

Develops Nokia’s 3GPP standard-essential patent portfolio for 6G cellular communications. Responsibilities include drafting and globally prosecuting patent applications, evaluating claim charts and patent validity, planning prosecution strategies, and collaborating with inventors and external patent attorneys. The role also contributes to innovative work practices and tools while supporting licensing-oriented patent asset development.

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.

Lead architecture, design, fabrication, testing, and optimization of silicon photonics integrated circuits for coherent long-haul, metro, and pluggable optical systems. Drive PIC specification, link-budget analysis, DFM/DFT practices, cross-functional execution with RFIC/DSP/packaging/foundry partners, and establish simulation and test infrastructures for scalable, high-yield production.