Introduction to Photonic Component and Circuit Simulations with Lumerical's Design Tools


Please note that registration for this event is now closed, as the event has reached capacity.

In this one-day workshop, learn to use Lumerical's design tools solvers by working through application examples of current industrial and academic interest. The examples will demonstrate how the solvers can be used either standalone or in combination to simulate passive and active components as well as to extract compact model and perform photonic integrated circuit simulations. Attendees will obtain a broad range of knowledge on the main product features that can be applied across a wide variety of applications. Users are expected to have a basic familiarity with the products, which can be obtained through the product introductory webinars.

 

Component Design Tools Workshop

Outline

  • Optical simulations with FDTD Solutions and MODE Solutions
    • Fundamentals
    • Simulation workflow
    • Parameter sweeps and optimization
  • Heat transport simulation with DEVICE HT
    • Fundamentals
    • Simulation workflow
    • Thermal materials and thermal boundaries
    • Steady state and transient simulations
    • Combining optical and heat transport simulations
  • Charge transport simulation with DEVICE CT
    • Fundamentals
    • Simulation workflow
    • Semiconductor materials and electric boundaries
    • Steady state and transient simulations
    • Combining optical and charge transport simulations
  • Photonic Integrated Circuit simulation with INTERCONNECT
    • Fundamentals
    • Simulation workflow
    • Time domain and frequency domain simulation
    • Compact Model Library
  • Application examples (as applicable and time dependent)
    • Waveguides
    • Grating devices
    • Thermally tuned waveguide
    • PN phase shifter
    • Ring resonator
    • Ring modulator

 

Workshop Times and Locations

These are live training events. Registrants are required to be at the event location for each session they sign-up for.

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