Lead top-level design of photonics chips, collaborating with cross-functional teams to integrate IPs and manage chip development processes from planning to tapeout.

The Senior Analog IC Design Engineer will lead top-level chip design, collaborating with teams, overseeing layout, and conducting feasibility studies.

As a Design Verification Intern, you'll collaborate with designers, create UVM test benches for verification, conduct AMS verification, and develop Real Number Models for photonics.

The Quality Engineer will develop and manage the Quality Management System, ensuring compliance and improving product quality through audits and continuous improvement initiatives.

The intern will create digital designs using System Verilog, validate design functionality, and collaborate across teams for performance analysis and automation.

The Manager of User Services will lead IT services for employees, implement metrics-driven strategies, and oversee user support processes while managing a team in a fast-paced environment.

The intern will test and characterize silicon photonics components, using various optical instruments, and execute testing protocols. They will also automate testing using Python scripting.

The Head of Ecosystem Development will drive strategic consortium participation, align it with company goals, and foster relationships with key industry stakeholders to influence standards.

Design analog and mixed-signal circuits, collaborate with team members, and oversee performance validation, as part of a photonics engineering team.

The Principal AMS Systems Architect will develop AMS architectures and collaborate with teams on optical interconnect products, leading design and validation efforts.

The Digital Architect will design innovative digital architecture solutions, validate models, and collaborate with cross-disciplinary teams for high-volume products.

The Photonics Architect will design and develop innovative photonics architecture solutions, collaborate with engineering teams, and validate prototypes for high-volume products.

Design and test photonic systems for chip bring-up, validate performance, and collaborate with engineering teams for product development.

The role involves characterizing high-speed optical components, debugging issues, and collaborating across teams using photonics engineering expertise.

The Principal Solutions Architect will architect next-gen supercomputers, collaborate with semiconductor companies, and optimize system architecture for light-based technology.

Develop and maintain simulation methodologies for hardware performance prediction in digital, analog, and photonics domains, collaborating with cross-functional teams.

Develop and maintain simulation methodologies for hardware performance; integrate mixed-signal co-simulation frameworks using various programming languages and work closely with cross-functional teams.

As an Infrastructure Engineer, you will manage and support Lightmatter's infrastructure, ensuring secure compute, storage, and networking capabilities. You'll collaborate with internal teams and EDA companies, developing innovative tools and flows to enhance operations.

As a Principal Photonic Systems Architect, you will lead the design and development of high-performance photonic products, collaborating across engineering disciplines to drive innovative architecture solutions.

As a Design Verification Engineer, you will collaborate with digital design teams to implement UVM testbenches, conduct AMS verification, and ensure design integrity through rigorous testing and model development.