We are seeking a highly skilled and motivated Spin Qubit Calibration Engineer to join our cutting-edge research and development team in one of our international locations. You will play a key role in advancing our quantum processors by calibrating, tuning, and optimizing spin qubit devices. Your work will directly contribute to the performance and scalability of quantum computing systems.
Qubit Calibration: Calibrate and fine-tune spin qubit systems to optimize gate fidelities, coherence times, and overall device performance.
System Optimization: Collaborate with quantum hardware teams to improve qubit initialization, readout processes, and error-correction techniques.
Hardware & Software Integration: Work closely with cross-functional teams to ensure smooth integration of quantum hardware with control electronics and software.
Algorithm Development: Develop and implement automated calibration routines and control sequences using advanced programming techniques to enhance qubit stability and system robustness.
Problem Solving: Address challenges such as qubit decoherence, charge noise, and crosstalk using experimental techniques and data-driven approaches.
Software Tools: Utilize and develop software tools in Python for data analysis, qubit control, and calibration automation. Collaborate using version control systems (e.g. Git) to manage and document code and project development.
Documentation & Reporting: Maintain detailed records of calibration processes, results, and device performance, and present findings to technical teams.
Research & Innovation: Contribute to research efforts aimed at improving the scalability and efficiency of quantum computing hardware.
Required
Education: M.Sc. or Ph.D. in Quantum Physics, Electrical Engineering, or a related field.
Experience: Hands-on experience with calibrating and measuring solid state quantum devices, such as spin qubits or superconducting qubits.
Technical Skills:
Strong background in quantum mechanics and semiconductor device physics.
Proficiency in cryogenic systems or low-temperature experiments.
Experience with RF and microwave electronics for qubit control and signal generation.
Expertise in Python for data analysis, control automation, and experimental optimization.
Familiarity with Git or other version control systems for collaborative software development.
Knowledge of quantum control software, and experience working with integrated hardware-software systems.
Problem-Solving Skills: Ability to diagnose and resolve complex issues in quantum devices.
Communication: Excellent technical writing and presentation skills for sharing results with internal teams.
Desired Experience
Prior experience with spin qubit systems or semiconductor-based quantum technologies.
Understanding of quantum error correction and multi-qubit architectures.
Familiarity with scalable quantum computing hardware and quantum information theory.
Experience with software development best practices, such as version control, code documentation, and collaborative coding.
If you are a highly motivated and experienced Spin Qubit Calibration Engineer looking for a new challenging and very rewarding role, we encourage you to apply for this exciting opportunity.
Skills Required
- M.Sc. or Ph.D. in Quantum Physics, Electrical Engineering, or a related field
- Hands-on experience with calibrating solid state quantum devices
- Strong background in quantum mechanics and semiconductor device physics
- Proficiency in cryogenic systems or low-temperature experiments
- Experience with RF and microwave electronics for qubit control
- Expertise in Python for data analysis and control automation
- Familiarity with Git or version control systems
- Excellent technical writing and communication skills
What We Do
Equal1 Laboratories is accelerating the introduction of useful, cost effective quantum computers within a three-year time horizon. The company has developed a disruptive, scalable and cost-effective quantum computing technology, based on a commercially available silicon semiconductor process. Our solution uses nanometer-scale quantum dots to form qubits on a standard silicon CMOS process. Along with silicon qubits, we have integrated all functions required for a quantum processing unit (QPU) – the brain of the quantum computer – which operates at 3 kelvin with over 10 million transistors. This is the first integrated quantum processing unit of its kind. The company’s server-sized demonstrator, called Alice, uses the second generation, fully functioning QPU. Alice uses our 424 quantum-dot-array structure to demonstrate early indications of the impact this technology can have on AI applications. Equal1 is developing its silicon-based quantum computer technology in collaboration with University College Dublin, with hardware development laboratories in Fremont, California and a silicon design center at NovaUCD in Dublin, Ireland
