Are you passionate about building the hardware that powers the future of computation?

Do you excel at designing, optimizing, and deploying quantum computing systems that push the boundaries of physics and technology?

If you’re ready to contribute to groundbreaking advancements in quantum hardware, our client has the perfect opportunity for you.

We’re seeking a Quantum Hardware Engineer (aka The Quantum Architect) to design and develop the physical systems and components that make quantum computing a reality.As a Quantum Hardware Engineer at our client, you’ll collaborate with physicists, engineers, and researchers to build and optimize quantum systems, from qubit architecture to cryogenic control systems.

Your expertise in quantum mechanics, hardware engineering, and experimental physics will be instrumental in creating scalable and reliable quantum devices.Key Responsibilities: Design and Develop Quantum Computing Hardware: Create and refine hardware systems, including qubit architectures, control electronics, and interconnects.

You’ll work on superconducting, photonic, or trapped-ion quantum computing platforms.

Build and Test Quantum Systems: Assemble prototypes, conduct experiments, and analyze performance data.

You’ll iterate on designs to improve qubit coherence, gate fidelity, and overall system stability.

Optimize Cryogenic Systems and Qubit Environment: Develop solutions for maintaining qubit stability at cryogenic temperatures.

You’ll work on refrigeration systems, shielding, and materials to minimize noise and decoherence.

Collaborate on Control and Readout Electronics: Design and optimize control systems for qubit manipulation and readout.

You’ll ensure low-latency, high-fidelity operations for precise quantum state control.

Integrate Hardware with Quantum Software: Work closely with software developers to ensure hardware is compatible with quantum programming frameworks and algorithms.

You’ll help create efficient interfaces between hardware and software.

Conduct Research and Experimentation: Collaborate with researchers to explore new qubit technologies, materials, and system designs.

You’ll contribute to publications and patents that advance the field of quantum computing.

Stay Updated on Quantum Hardware Advancements: Continuously research emerging technologies and techniques in quantum hardware development.

You’ll evaluate and implement new methodologies to enhance performance and scalability.