Upskill your team to develop new integrated photonic products

With our training you can:

Integrated photonics training

Accelerate Learning

Ensure your staff gain a deep understanding of integrated photonics tailored to your specific industry.

Integrated photonics training

Foster Innovation

Cultivate an environment that inspires new integrated photonics use cases and product concepts, driving your business forward.

Integrated photonics training

Future Proof

Stay ahead of the competition by ensuring you have the most up-to-date understanding.

Integrated photonics training

Empower your engineers with essential integrated photonics expertise

As integrated photonics emerges as a transformative technology, it’s essential to equip your in-house engineers and technical experts with the knowledge they need to excel.

Our industry-focused training courses offer a comprehensive approach to rapidly elevate your team’s expertise in integrated photonics.

Case Studies

  • Integrated photonics training

    PIC Bootcamp - Training

    The PIC Bootcamp is a leading course that teaches engineers how to create photonic-integrated devices for real-world applications.

    Light Trace led a 2-day session at PIC Bootcamp with the LightPort, giving attendees extensive hands-on experience using and programming photonic chips.

    “I had a great time at the workshop learning about each component and interacting with it on the Lightport. It was wonderful to finally work with the photonic components after learning about it during my masters.”

    — PIC Bootcamp Attendee

  • Integrated photonics consultancy

    Consultancy

    Zero Point Motion is developing photonic chip-enabled, next-generation acceleration & rotation sensors.

    Light Trace proved to be an invaluable resource during the early stages, providing support for layout and helping us meet tight tapeout deadlines. More recently, they have assisted us in exploring entry points into low-loss photonic platforms.

    "The Light Trace team was knowledgeable, efficient, and will add value to any silicon photonics activity."

    — Zero Point Motion