Advance silicon-based quantum processors through spin qubit calibration, Python automation, and device optimization in an international location. Improve performance and scalability. As a Spin Qubit Calibration Engineer, you will calibrate and fine-tune spin qubit systems for stronger gate fidelities, coherence times, and device performance. Equal1 designs and manufactures silicon-based quantum computers, including Bell-1, integrating quantum and classical processing on one chip. Your work will support qubit initialization, readout, error correction, and hardware-software integration. The position requires experimental problem solving across quantum devices and control systems.
Key Responsibilities
Calibrate spin qubit systems and optimize device performance Improve initialization, readout,
and error-correction techniques Develop automated calibration routines and control sequences Use Python for data analysis and qubit control Document calibration results and present technical findings
Requirements:
M.
Sc. or Ph.
D. in Quantum Physics or Electrical Engineering Hands-on experience measuring solid-state quantum devices Experience with spin qubits or semiconductor quantum technologies Understanding of error correction and multi-qubit architectures Software development experience with version control and documentation Apply spin qubit calibration, Python, and experimental analysis to advance Equal1 quantum hardware and Bell-1 processor development.