A Quantum Engineer is a professional who designs and develops real-world quantum devices such as sensors, clocks, and communication systems for a variety of use cases outside of just computing. A Quantum Engineer works with quantum superposition and entanglement to develop tools for precise measurements for navigation, medical imaging, and scientific research.
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Industry reports predict that by then, about 4,000 to 5,000 quantum engineers will be working on different projects. Projects such as atomic clocks and quantum radar systems. They can expect to earn between $85,000 and $160,000, depending on their industry and expertise.
The position requires expertise in practical engineering and commercial quantum technologies to develop applied engineering quantum devices. Major employers within the space, which is becoming more commercially feasible and practical for quantum sensors, include defense contractors, aerospace companies, medical device manufacturers, and research institutions.
A Quantum Engineer designs and builds quantum devices like sensors, atomic clocks, and communication systems. These systems are used for applications in navigation, medical imaging, defense, and scientific research.
A master's degree in Engineering, Physics, or Materials Science is required. Experience in quantum systems, device fabrication, and practical knowledge of cryogenic or photonic systems are valuable.
Quantum Engineers earn $85,000-$160,000 globally. American positions average $129,000, while European roles are around €110,000, and remote positions are at $124,000 a year.
Defense contractors, aerospace companies, medical device manufacturers, telecommunications firms, and research institutions hire Quantum Engineers. Their duties are to develop quantum sensors, secure communications, and precision measurement tools.
Creates documentation, and technical content for quantum computing products and research.

Integrates quantum hardware and software components into complete quantum computing systems.

Designs and implements software infrastructure for quantum computers including control systems.

Creates software applications, develops compilers, and builds tools for quantum programming.

Develops quantum sensors for precision measurement apps in navigation, medical imaging & research.

Conducts research in quantum computing, develops new theories, and publishes findings.
