Analog and Mixed Signal Layout Engineer
Lumilens · Bengaluru · onsite · Posted 1d ago
Not disclosed5–10 yrsfulltimeSourced from
About a minute. You'll make an account on the way through.
About this role
About Lumilens
At Lumilens, we're building the critical photonics infrastructure that powers tomorrow's AI supercomputing. Our technology enables faster, cooler, and more efficient computing through cutting-edge optical solutions and high-performance connectivity IPs. If you're driven by innovation and eager to shape the future of AI infrastructure, we invite you to join our world-class engineering team.
What You Can Expect
At Lumilens, we're building the critical photonics infrastructure that powers tomorrow's AI supercomputing. Our technology enables faster, cooler, and more efficient computing through cutting-edge optical solutions and high-performance connectivity IPs. If you're driven by innovation and eager to shape the future of AI infrastructure, we invite you to join our world-class engineering team.
What You Can Expect
- Play a key role in developing high-speed connectivity IPs using advanced semiconductor process technologies.
- Design and implement complex analog, mixed-signal, and RF layouts for high-performance connectivity IPs, including floorplanning, device placement, and routing.
- Work closely with circuit designers to translate schematics into robust physical implementations from floorplanning through tapeout.
- Own physical verification and signoff closure including DRC, LVS, ERC, antenna, DFM, and EMIR.
- Optimize layouts using extraction results to meet performance, matching, noise, and reliability targets.
- Contribute to layout reviews and help drive effective layout methodologies and best practices.
- Improve layout productivity and quality through automation, scripting, and AI-assisted workflows.
- Develop high-performance connectivity IPs used in AI, networking, and next-generation compute systems.
- BE/B.Tech or MS/M.Tech in Electrical/Electronics Engineering, Microelectronics, or a related field with 5–10 years of experience in analog, mixed-signal, RF, or custom layout development.
- Hands-on experience with layouts for SerDes, data converters, clocking circuits, power management, transceiver building blocks, or related connectivity IPs.
- Proven experience in full-custom layout and signoff including RC extraction, DRC, LVS, ERC, DFM, and EMIR.
- Exposure to silicon photonics, co-packaged optics (CPO), near-package optics (NPO), optical transceivers, or high-bandwidth connectivity solutions is a strong plus.
- Experience with advanced semiconductor technologies including CMOS, FinFET, BiCMOS, or SiGe.
- Strong understanding of semiconductor process technologies, device physics, and layout-dependent effects.
- Proficiency with Cadence Virtuoso and industry-standard EDA tools.
- Experience leveraging automation, scripting, or AI-assisted methodologies to improve layout productivity and quality.
- Solid understanding of layout techniques including matching, shielding, clock distribution, power planning, ESD protection, latch-up prevention, manufacturability, and reliability-aware design.
- Demonstrated success delivering complex layouts through tapeout.
- Ability to work effectively with globally distributed design, verification, CAD, and technology teams.
- Experience supporting multiple projects in a fast-paced product development environment.
- Work alongside leaders and innovators in the photonics and semiconductor industry
- Opportunity to make an impact on the infrastructure powering next-generation AI and high-performance computing
- Fast-paced, collaborative, and mission-driven environment
- Competitive compensation and benefits
Sourced from foundit
Skills
SiGeeda toolslvscadence virtuosocmosDFMDRCAutomation ScriptingFinFETERCAI-assisted workflowsbicmosRF layoutsEMIRPhysical Verification
About Lumilens
Lumilens
San Jose
CR
About
Lumilens develops photonic interconnect solutions engineered for scaling artificial intelligence compute infrastructure. Lumilens designs silicon photonics, mixed-signal integrated circuits, electrical-optical interposers, and optical systems on its unified hardware platform. These optical technologies power pluggable modules, near-packaged optics, and co-packaged optics to support GPU-to-GPU connections and large-scale cluster networking. In addition to optical components, the company utilizes automated manufacturing processes, robotics, and proprietary testing protocols for chip assembly. Hyperscalers and technology providers deploy these optical solutions to expand GPU clusters, improve bandwidth density, and disaggregate large compute nodes across data center networks.
Industries
AI InfrastructureIndustrial AutomationManufacturingOptical CommunicationSemiconductor