Design and simulate superconductor digital logic circuits such as single flux quantum (SFQ) logic, adiabatic quantum flux parametron (AQFP) logic, and other emerging superconductor logic families for generating waveforms tailored to qubit control and readout.

Develop superconductor digital logic systems enabling multiplexed qubit control and readout.

Address challenges in the large-scale integration of superconductor digital electronics such as multi-layer cell design, full-chip clock synchronization, flux trapping, and signal integrity.

Collaborate with teams focused on design, fabrication, and measurement to validate fully integrated quantum processors.

Publish high-quality research papers and present at leading scientific conferences to advance the state of the art and enhance publicity.

Master's degree in Electrical Engineering, Physics, other Engineering discipline, or equivalent practical experience.

Research or industry experience in the design and simulation of superconductor digital logic circuits.

Experience with one of the superconductor logic family (e.g., RSFQ, ERSFQ, HFQ, RQL, AQFP, and other related families).

At least one published research paper or presentation at a relevant scientific conference.