Our client is a technology-oriented company developing advanced quantum computing systems based on trapped-ion technology. Its architecture combines precisely controlled atomic systems, microwave-driven quantum operations, and sophisticated hardware and software infrastructure to enable high-fidelity quantum processing and scalable computing capabilities.

The organization operates at the intersection of quantum physics, precision engineering, electronics, and advanced computing, bringing together multidisciplinary teams to translate scientific breakthroughs into operational quantum computing platforms. With a strong focus on technological innovation, system performance, and industrial scalability, the company offers the opportunity to lead complex engineering activities and contribute directly to the development of next-generation quantum computers.

Mission

The Quantum Lead Engineer will be responsible for leading the technical development, integration, and performance optimization of trapped-ion quantum computing systems. The role combines hands-on quantum engineering expertise with technical leadership, coordinating multidisciplinary activities across quantum hardware, control electronics, experimental physics, and software integration. The successful candidate will translate quantum computing requirements into executable engineering solutions, drive experimental validation, resolve complex technical challenges, and support the transition from laboratory prototypes toward reliable and scalable quantum computing platforms.

Responsibilities

Quantum System Development and Technical Leadership

Lead technical engineering activities related to the development, integration, and optimization of trapped-ion quantum computing platforms.
Translate system-level performance requirements into engineering specifications, technical roadmaps, and measurable development milestones.
Provide technical guidance to quantum engineers and experimental physicists, supporting design decisions, problem-solving, and execution across complex development projects.

Quantum Hardware Integration and Performance Optimization

Coordinate the integration of ion traps, microwave control systems, magnetic field generation, optical subsystems, and supporting electronic hardware.
Drive experimental characterization, calibration, and performance optimization of quantum operations, focusing on qubit coherence, gate fidelity, stability, and operational reliability.
Investigate complex system-level issues, identify performance limitations, and implement technical improvements to enhance repeatability and scalability.

Multidisciplinary Engineering and System Validation

Collaborate with hardware, RF, electronics, firmware, software, and quantum physics teams to ensure effective integration across the quantum computing architecture.
Define and coordinate verification, testing, and validation activities for quantum hardware and control subsystems.
Support the transition from experimental prototypes to increasingly robust, maintainable, and scalable quantum computing systems.

Technical Planning, Execution, and Reporting

Establish engineering priorities, coordinate technical workstreams, and monitor progress against development objectives and milestones.
Identify technical risks, system dependencies, and resource constraints, proposing corrective actions and supporting effective engineering decisions.
Prepare structured technical reports, performance assessments, and development updates for senior technical leadership and relevant project stakeholders.

Required Qualifications

Master's degree or PhD in Quantum Physics, Experimental Physics, Electrical Engineering, Quantum Engineering, or a closely related technical discipline.
Minimum of 5 years of relevant professional or advanced research experience in experimental quantum computing, trapped-ion systems, quantum hardware development, or closely related quantum technologies.
Strong understanding of quantum operations, qubit control, coherence, gate fidelity, and the experimental challenges associated with quantum computing hardware.
Experience working with precision instrumentation, RF or microwave systems, optical technologies, electronic control systems, or related experimental hardware.
Proven ability to lead complex technical activities, coordinate multidisciplinary engineering efforts, and resolve challenging system-level problems.
Professional proficiency in English, with strong analytical capabilities, technical communication skills, and a structured approach to engineering execution.

Preferred Experience

Direct experience with trapped-ion quantum computing platforms, including ion trapping, quantum gate implementation, microwave-based qubit control, or experimental quantum processor operation.
Familiarity with ultra-high-vacuum systems, magnetic field control, laser cooling, RF electronics, FPGA-based control systems, or automated quantum calibration procedures.
Experience leading technical workstreams or engineering teams in quantum computing start-ups, advanced research laboratories, or technology-driven organizations.
Exposure to quantum hardware scaling, system architecture development, industrialization processes, or the transition of experimental quantum technologies into reliable operational platforms.

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Steneg & Partners