Develop optical systems using advanced materials, perform modeling and simulations, validate theories through experimentation, and contribute to R&D efforts.

Design and optimize mixed-signal systems for Arago’s optical processing unit, ensuring seamless integration with digital controls, and collaborate with RFIC and FPGA teams.

Lead the layout of analog and mixed-signal custom ICs, developing automation tools and ensuring compliance with design rules.

Develop performance models for a digital processor, address performance bottlenecks, and collaborate with software and analog teams.

Lead the development of digital co-processors for AI accelerators, optimizing hardware architecture for performance and power efficiency through cross-functional collaboration.

Arago seeks individuals to explore roles that align with their skills as they develop an innovative computing medium using light. Responsibilities include contributing to advanced AI-focused projects and participating in the selection process involving technical reviews and interviews.

Drive co-integration of optical and electronic components through advanced packaging and process development, enabling robust assemblies from prototyping to production.

Design and verify high-performance digital subsystems in mixed-signal ICs, integrating with analog circuits and leading the digital implementation process from RTL to tape-out.

Develop and optimize manufacturing processes for complex optoelectronic systems through experimentation, simulation, and data-driven modeling, ensuring scalability and yield.

Develop mathematical models and algorithms to enhance analog information pathways in multi-physics systems, focusing on signal integrity through simulations and real-life implementations.

Design and develop advanced PCB systems for rapid prototyping. Responsibilities include PCB layout, power management, and prototype debugging.

Responsible for physical implementation of digital designs, collaborating with teams to optimize performance, and ensuring compliance with timing and yield targets.