Validate mixed-signal architectures for photonic communication products, from concept through production, collaborating across chip design, software, and validation teams to shape specifications, test methods, and product roadmaps.
Lightmatter jobs
Lightmatter combines photonics and computing for AI.
56 open roles at Lightmatter
Lead customer high-speed I/O design support for photonic interconnect solutions, from technical assessment and architecture through design reviews and hardware debugging, while guiding customers and internal teams.
Leads thermo-mechanical simulation and validation for advanced photonics packaging, identifying reliability risks and guiding design, material, and process choices for high-performance AI systems.
Design and lay out block- and chip-scale photonic circuits, verify performance through simulation, and support photonic products from concept through tapeout and bring-up.
Lead physical implementation of complex digital blocks and full-chip ASICs, driving timing closure, power integrity, clock design, and physical verification across advanced process nodes.
Lead physical implementation of complex digital blocks and high-performance ASICs, driving timing closure, power integrity, physical verification, and design optimization at advanced process nodes.
Lead hardware bring-up and develop automated system-level tests for photonic IC products, partnering across design, firmware, and manufacturing to debug hardware and scale testing through production.
Develop embedded software and firmware for photonic AI processors and interconnects, shaping control-plane and diagnostics architectures while collaborating across software, hardware, and systems teams.
Architect and execute package- and system-level test strategies for high-speed I/O, leading electrical characterization, link bring-up, and stress testing from lab validation through manufacturing transition.
Architect high-speed analog and mixed-signal solutions for optical transceivers, defining circuit specifications and collaborating across analog, digital, photonic, and software teams to deliver high-volume products.
Architect high-speed analog and mixed-signal solutions for optical transceivers, defining and validating specifications while partnering across analog, digital, photonics, and software teams.
Define digital architecture for high-speed photonic and mixed-signal communication chips, guiding designs from concept through production and enabling interfaces across hardware, firmware, and software.
Architect digital circuits for high-speed photonic communication chips, defining system-level designs and specifications that integrate mixed-signal and photonic devices with firmware and software interfaces.
Design and build photonic test systems, leading chip bring-up, electro-optic link testing, characterization, and validation of silicon photonics optical interconnect products.
Lead hands-on characterization, validation, and root-cause analysis of semiconductor lasers and optical amplifiers, developing automated measurement methods and translating device data into engineering guidance.
Drive static timing analysis, constraint development, and timing closure for silicon photonics chips, from synthesis and place-and-route through full-chip signoff and tapeout across advanced CMOS technologies.
Design and analyze advanced semiconductor packages for AI and HPC systems, optimizing mechanical, optical, and thermal performance while ensuring precision, reliability, and manufacturability.
Develop scalable silicon photonics systems for AI communications and computation, translating product requirements into engineering plans and delivering designs validated on hardware.
Architect wafer-, package-, and system-level characterization and test strategies for silicon photonics products, developing test platforms, automation, and production-ready methods with design and validation teams.
Lead machine learning systems research, model training and inference performance on photonics-enabled platforms, shape rack-scale reference designs, and publish research while guiding a small team of ML engineers.
Own digital architecture for high-speed photonic communication chips, guiding mixed-signal integration from concept through production while leading cross-functional design, verification, customer collaboration, and silicon bring-up.
Implement complex digital blocks and drive physical design signoff for high-performance ASICs, owning timing closure, power optimization, floor planning, clock implementation, and physical verification in advanced process nodes.
Verify digital, analog, and photonic designs using UVM, AMS methods, and emulation, partnering with architecture and design teams to validate performance and deliver high-quality tapeouts.
Verify integrated digital, analog, and photonic designs using UVM, AMS methods, and emulation, partnering across architecture and design teams to deliver functional and performance signoff.
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