Design and simulate superconducting qubits, resonators, and couplers; run electromagnetic and circuit-level simulations; optimize for coherence, tunability, and fabrication yield; analyze loss and noise mechanisms; and collaborate closely with fabrication and measurement teams to improve quantum processor performance.

Design and optimize pulse-level microwave control and calibration for superconducting qubits, build physics-based qubit models, deploy real-time FPGA-backed control solutions, and collaborate with AI teams to enable closed-loop calibration and robust, drift-resistant gate performance.

Define architecture for next-generation superconducting quantum processors, including qubit, coupling, control, and readout strategies. Analyze tradeoffs between coherence, connectivity, and control complexity, collaborate with fabrication, control, and calibration teams, and guide hardware roadmap decisions.