Quantum Fab

Quantum Fab Overview

We support quantum device fabrication infrastructure.

To develop cutting-edge technologies that will lead the 21st-century quantum revolution,
the Quantum Fab was established in 2020 through collaboration among Sungkyunkwan University, KANC, and KAERI.

By setting up clean rooms and related state-of-the-art equipment and facilities, and developing specialized advanced technologies for quantum device fabrication,
we support easy and convenient utilization of the related infrastructure.

Through the Quantum Fab website (https://qfab.kr), available equipment is disclosed, and unit/batch process services are offered to universities, research institutes, and companies.

STEP. 1

Confirm Quantum Fab Usage Regulations

STEP. 2

Fill Out the Service Application & Send via Email

  • Download and complete the service application form, then submit it by email (q.fab@skku.edu).
  • For service-related inquiries, please contact us by email or through the contact information provided on the website.
STEP. 3

Review the Application

  • Confirm receipt of the application form.
  • Check the status of the process equipment and the reservation schedule.
  • Verify whether the user meets all eligibility requirements.
STEP. 4

Review Design Files

  • Receive design files (*.gds format).
  • Review and revise the design as needed.
  • Determine whether batch processing is feasible.
STEP. 5

Confirm the Service Plan

  • Coordinate the batch processing schedule between the user and the equipment manager.
  • Finalize and notify the service schedule.
STEP. 6

Conduct the Service

  • Perform processing according to the service plan.
  • Share progress updates on the process.
  • Complete the batch process.
STEP. 7

Settle and Process Usage Fees

  • Settle the service fees within 14 days after service completion.
  • Issue the tax invoice.
  • Unpaid accounts may result in restrictions on future service use.
STEP. 8

Complete the Quantum Fab Service

  • Deliver the service results to the user.
Go to the Quantum Fab Website