In-person training – Introduction to PIC Design with Synopsys Photonic Solutions

In-person training
Introduction to PIC Design with Synopsys Photonic Solution

This in-person course provides a practical introduction to the design of photonic devices and photonic integrated circuits (PICs) using Synopsys Photonic Solutions. Across four days, participants will gain both theoretical grounding and hands-on experience with industry-standard tools, including RSoft Device Tools and OptoCompiler.

Through lectures and guided exercises, the course explores optical waveguides, device and circuit design flows, and simulation techniques. Attendees will design and analyse a range of example components—such as directional couplers, Mach-Zehnder interferometers, and ring resonators—before moving on to full circuit-level design and verification.

Designed for microelectronic engineers new to photonics, the training offers a structured pathway into PIC design, with opportunities to apply concepts directly to practical exercises. By the end of the course, participants will be equipped with the skills needed to begin designing and simulating photonic devices and systems using a professional process design kit.

DAY 1

Introduction to photonics and design flows
Principles of photonic waveguides and optical mode design
Exercises on cross-sectional design and simulation in Rsoft Device Tools

DAY 2

Electromagnetic propagation simulation theory and exercises
Physical effects theory and exercises in the Multi-Physics Utility
Theory and exercises on creating a custom cells with the CustomPDK Utilit

DAY 3

The OptoCompiler environment, Schematic Editor and design exercises
PrimeWave circuit simulation, and OpenLight PIC design exercise

DAY 4

Mask layout design theory and excersises
Circuit verification DRC and LVS theory with exercises

Who Should Attend?

This course is ideal for those working on photonics-related IC design who want to deepen their understanding of high frequency analogue flows. While the course introduces key methodology concepts, a basic knowledge of circuits is expected. Prior experience with UNIX/Linux systems will also be helpful for the practical sessions.