Develop RTL for next-generation AI accelerator ASICs, debug complex logic and mixed-signal simulations, and collaborate across engineering teams to deliver high-performance, low-power designs.
Lightmatter jobs
Lightmatter combines photonics and computing for AI.
56 open roles at Lightmatter
Develop RTL for next-generation AI accelerator ASICs, debug complex logic and mixed-signal simulations, and collaborate across engineering teams to deliver high-performance, low-power designs.
Develop RTL for next-generation AI accelerator ASICs, debug complex logic and mixed-signal simulations, and collaborate across engineering teams to deliver high-performance, low-power designs.
Characterize silicon photonics chips and components through electro-optic testing, develop automated Python-based test systems, and translate laboratory data into actionable strategies.
Own and improve People Operations and Total Rewards processes, including employee lifecycle support, benefits, leave, data audits, and workforce reporting, while helping scale compliant, AI-enabled HR operations.
Own supplier execution, material readiness, and master build planning for photonics hardware programs, coordinating internal teams and manufacturing partners from new product introduction through high-volume manufacturing.
Own strategic sourcing, supplier governance, commercial negotiations, and supply assurance across global manufacturing partners, building a resilient and scalable supply network for advanced hardware.
Lead hardware systems development for photonic AI infrastructure, taking board and system solutions from concept through production while guiding integration, validation, and cross-functional engineering.
Lead hands-on verification and characterization of high-speed electro-optic links, owning link models, measurement standards, and root-cause investigations across silicon and system programs.
Lead electrical design of boards and systems for next-generation silicon photonics accelerators and interconnect products, from requirements and modeling through validation, integration, and production.
Develop and maintain photonics process design kits, building component libraries and physics-based models that connect device layouts to system-level verification and accurately reflect silicon performance.
Design and own firmware test automation frameworks and hardware-in-the-loop infrastructure, integrating real photonic hardware into CI/CD and debugging issues across firmware, boards, instruments, and test systems.
Leads product definition, positioning, partnerships, and lifecycle management for silicon photonics solutions, driving design wins and adoption with semiconductor and cloud customers from early development through volume production.
Design and own firmware test automation frameworks and hardware-in-the-loop infrastructure, integrating real photonic hardware into CI/CD and debugging failures across firmware, boards, instruments, fixtures, and test code.
Lead hands-on verification and characterization of high-speed electro-optic links, owning link models, measurement standards, and root-cause investigations across silicon and system programs.
Defines the Guide laser platform and Data-SOA architectures, translating product and customer requirements into specifications and guiding cross-functional teams from concept through production.
Architect Guide laser and Data-SOA platforms for photonic interconnects, translating product requirements into system specifications and guiding technology choices from concept through high-volume production.
Leads hardware systems development for silicon photonics AI accelerators and interconnects, owning complex projects from concept through production and guiding integration, validation, and cross-functional engineering.
Own end-to-end simulation, co-design, and lab verification of photonic-electronic links, connecting device models to system-level BER and link margin while guiding architecture decisions with measured data.
Own major enterprise accounts and drive the full sales cycle, from customer discovery and solution positioning to complex negotiations and deal closure, while representing customer needs across internal teams.
Own laser-module and photonic-system bring-up, characterization, and validation from first light through manufacturing qualification, developing test plans, automation, and data that support production hand-off.
Design IC package substrate layouts from concept through tape-out, optimizing advanced package architectures for signal and power integrity, thermal and mechanical constraints, and manufacturability.
Drive signal integrity for next-generation products from concept through development, shaping package and system architecture and validating high-speed designs through simulation, lab characterization, and cross-functional collaboration.
Drive power integrity design and analysis for next-generation products, from power delivery network modeling and simulation through lab validation, collaborating across hardware, layout, and system teams.
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