I am a research scientist working at the intersection of superconducting quantum circuits, hybrid quantum devices, quantum information, and scientific computing.

I use this space to share research-oriented tools, simulations, and utilities that support workflows in quantum computing and superconducting circuit design.

• Hybrid and superconducting quantum circuits
• Quantum information and quantum computing
• Circuit simulation, modeling, and analysis tools
• Quantum hardware design workflows
• Layout, CAD, and automation utilities for research

• sccircuits - Python package for superconducting quantum circuit analysis, including Black Box Quantization and circuit parameter fitting.
• cqedraw - Browser and desktop GUI for drawing superconducting circuit graphs and generating matrix snippets for Black Box Quantization workflows.
• HybridSuperQubits - Python framework for simulating hybrid semiconductor-superconductor quantum circuits.
• klayout-duplication-cleaner - Scripts for detecting and removing duplicate shapes in KLayout layouts.

Python · Jupyter · scientific computing · quantum information · superconducting qubits · hybrid quantum circuits · KLayout · CAD and simulation workflows