Develop and extend device software and firmware for photonic AI processors, collaborating across teams to define control plane architecture and ensure effective hardware-software integration.

Develop and extend device software and firmware stack for photonic AI processors, collaborating with cross-functional teams and debugging embedded systems.

Develop and extend software for photonic AI processors. Collaborate with multidisciplinary teams, define architecture, debug systems, and engage with customers.

Develop microarchitecture design and RTL for ML/AI accelerator ASICs while collaborating with various engineering teams to ensure high performance and low power designs.

The intern will collaborate with designers, create UVM test benches, debug them, and develop Real Number Models for verification in photonic computing.

Develop microarchitecture design and RTL for ML/AI accelerator ASICs, collaborate with teams, and manage RTL implementation for high-performance designs.

Design and develop ASICs for AI computing architecture, collaborating with multiple engineering teams to create innovative, high-performance, and low-power digital designs.

Develop integrated and scalable laser solutions for AI computation, collaborating with engineering teams to optimize design and performance.

The intern will use SKILL within Cadence to automate design tasks and collaborate with packaging design engineers, focusing on efficiency and maintainability.

The intern will work on automated photonic test systems, develop software for testing, analyze data, and support related jobs.

The Sr./Principal Mixed-Signal Digital Architect will design digital circuits for photonic-based communication, collaborate with teams, and lead product development.

Lead technical efforts for silicon photonics AI accelerators, design board and system solutions, and collaborate across engineering teams.

The role involves leading digital architecture for mixed-signal designs, collaborating with teams to deliver cutting-edge communication technology, and ensuring successful silicon product development.

As a Photonics Layout & Design Intern, you'll create photonic layouts, design devices for manufacturing, analyze data, and solve complex problems in photonics. You'll collaborate closely with cross-disciplinary teams and support device characterization and validation processes.

The Photonics Technical Lead will create scalable laser solutions for silicon photonics AI communications, collaborating across teams to ensure design feasibility and meet performance specifications.

The intern will research advancements in ML systems, model performance for Lightmatter systems, and collaborate on design for reference platforms, aiming for academic publication.

Develop high-speed analog transceiver solutions, design analog/mixed-signal blocks, collaborate across teams, and validate circuit performance in the lab.

Develop integrated and scalable laser solutions for AI computation, collaborate with engineering teams, validate system performance, and define requirements for subsystems.

The Principal Machine Learning Infrastructure Researcher will design and model performance for ML systems using Lightmatter technology while leading a small team and publishing research findings.

The Design Verification Engineer will rigorously verify designs using UVM techniques, collaborating closely with digital and analog design experts, while defining DV methodologies and ensuring quality tapeouts.