Photonic Quantum Computing Hardware · Silicon Photonics · ASIC Design | KAIST × ETRI

Representative system diagram: an integrated PIC + ASIC photonic quantum computing hardware platform.

Our Mission

Build the world's leading research environment for measurement-based photonic quantum computing (MBQC) — and train the next generation of first-in-class quantum technology experts.

What You'll Work On

• Designing and building photon-based quantum computing hardware that brings together semiconductor circuit design, silicon photonics, and quantum-dot photon sources in a single, end-to-end measurement-based quantum information processing system.
• Owning the full operational stack of a working quantum computing system, so you graduate from the program as one of a very small group of engineers in the world with hands-on experience across the entire platform.

Keywords

• Quantum Computing
• Semiconductor Design
• Nano / Quantum
• Silicon Photonics
• Semiconductor & Packaging

Who We're Looking For

Engineers and scientists who can work across electronic circuit design (ASIC), silicon photonics (SiPho), and co-packged optics (CPO) — and want to apply that combined toolkit to real quantum hardware.

Meet the Team (Three lab leaders from KAIST and ETRI)