Ayar Labs-posted 4 days ago
$44 - $55/Yr
Intern
Onsite • San Jose, CA
101-250 employees

Ayar Labs, the global leader in optical I/O chiplets, is harnessing silicon photonics to revolutionize the scaling of AI compute hardware. Our system modeling team is a key contributor to defining, simulating, and refining system architectures using highly refined device models and simulation tools to meet performance metrics across various manufacturing, product lifetime, and environmental corners. We are looking for motivated undergraduate or graduate interns to join our system modeling team, where you will develop mixed signal modeling and design methodologies that bridge the gap between the system model and device/subsystem design. In this role, you will work at the intersection between system modeling and mixed signal design to refine device/subsystem models and analyze their impact to system performance. Projects are tailored to your experience and interests, and you will be mentored by a senior engineer as you work alongside with Ayar Labs engineers to help drive the optical I/O revolution.

  • Refine device/subsystem models and analyze their impact to system performance
  • develop mixed signal modeling and design methodologies that bridge the gap between the system model and device/subsystem design.
  • Actively pursuing a B.S. or M.S. degree in Electrical Engineering, Computer Engineering, Computer Science, Photonics, Optics, Physics, Mathematics, or equivalent
  • Modeling & Simulation: Strong proficiency in Python and Verilog-A for behavioral modeling, simulation automation, and data analysis.
  • Mixed-Signal Architecture: Familiarity with mixed signal and SERDES building blocks
  • Signal Integrity Analysis: Familiarity with eye diagram analyses.
  • Version Control: Proficiency with Git for code management, branching, and collaborative development.
  • Familiarity with the physics and operation of optical devices, such as microring modulators and photodetectors.
© 2024 Teal Labs, Inc
Privacy PolicyTerms of Service