Description

In this role, you will be at the forefront of quantum technology, developing methods for gate implementation and collaborating with various teams to enhance quantum processor performance. Your expertise will guide junior engineers and shape the future of quantum computing.

Requirements

• •Deep understanding of quantum gate control
• •Proven knowledge of gate-based quantum computation
• •Experimental experience with superconducting quantum bits or other modalities
• •Python development experience in a quantum control framework
• •Strong analytical, documentation, and communication skills
• •Independent problem-solving abilities
• •Demonstrated R&D track record in quantum technologies
• •Research mentoring and leadership experience
• •Experience with version control and collaborative software development
• •Experimental experience with calibration automation or quantum processor benchmarking
• •Good written and spoken English communication skills
• •Self-driven personality in a team-oriented environment
• •PhD in Physics, Quantum Technologies, or related field
• •Post-PhD or equivalent industry experience

Tasks

• •Develop benchmarking and characterization methods for single- and two-qubit gates
• •Analyze gate fidelities and address physical limitations
• •Collaborate with design, fabrication, software, and theory teams to enhance QPU performance
• •Contribute to full quantum error correction efforts
• •Mentor junior team members and lead technical initiatives
• •Support roadmap development and R&D planning activities
• •Drive initiatives to improve performance of upcoming QPU generations
• •Shape and implement gate control, benchmarking, and characterization for superconducting quantum processors

Tools & Technologies