Optical Component Link Simulation Student Worker

Intel Intel · Semiconductors · Guadalajara, Mexico

Student worker role focused on developing and automating simulation workflows for next-generation electro-optical links, benchmarking link parameters, performing laboratory measurements to validate simulation models, and analyzing performance differences. The role involves synthesizing findings for component architecture recommendations and contributing to I/O specifications.

What you'd actually do

  1. Develop and automate simulation workflows for next-generation electro-optical links that include components such as modulators and photodetectors.
  2. Benchmark electro-optical link parameters such as insertion loss, bandwidth, dispersion, and crosstalk through parameter sweeps and comparative simulations.
  3. Perform laboratory bench measurements using test equipment to directly validate and correlate results with simulation models.
  4. Analyze and document differences between electrical and electro-optical link performance, providing comparative technical insights.
  5. Prepare and maintain deliverables, including simulation scripts, data from parameter sweeps, measurement procedures, lab results, and technical reports.

Skills

Required

  • Pursuing a Bachelor, Master's degree or PhD's Degreen in Electronics or Electrical Engineering, Computer Engineering, Mechatronics, or a related technical field (with at least 1 year remaining before graduation).
  • 3+ months of experience in Electrical Engineering (both Digital and Analog Electronics).
  • Advance English level.
  • Must have unrestricted, permanent right to work in Mexico (this role is not eligible for visa or immigration sponsorship).

Nice to have

  • Familiarity with electro-optical components and link concepts (e.g., modulators, photodetectors, insertion loss, bandwidth, dispersion, crosstalk).
  • Hands-on experience with laboratory test equipment (e.g., oscilloscopes, signal analyzers, power supplies, optical/electrical probes, multimeters) and comfort executing bench measurement procedures to correlate with simulation.
  • Intermediate programming/scripting skills in Python (preferred) or C++ for workflow automation, data processing, and parameter sweeps.
  • Read and interpret electronic/optical component datasheets and document results clearly in technical reports and presentations.
  • Experience performing link-level analysis/benchmarking and communicating tradeoffs (e.g., electrical vs. electro-optical links) using data-driven comparisons.