Quantum Technology Careers: A New Era

Quantum technologies open up a wide range of possibilities, with applications ranging from cryptography to quantum computing and quantum detectors. Learn how to master these technologies and become a key player in this scientific revolution.

This is a field worth exploring if you enjoy physics, computer science, mathematics, and understanding how nature works at a very fundamental level (atoms, particles, light).


Quantum technologies are based on the laws of physics at the scale of atoms and particles. At this scale, the behavior of matter and light opens up unprecedented possibilities: computing much faster than today’s computers, securing communications, and measuring with exceptional precision.

Still rapidly evolving, quantum technologies represent a strategic field for the coming years, at the heart of major scientific and technological innovations. They could profoundly transform many sectors, from research to industry, as well as practical aspects of our daily lives (health, energy, transportation, and the environment). The applications are diverse: healthcare and biology, materials and chemistry, modeling and simulation, cybersecurity, artificial intelligence, and complex advanced computations.

Strongly supported by public policy, this sector is accompanied by a growing need for specialists, particularly in quantum computing, cybersecurity, metrology, and the design of high-precision sensors. In France, as part of the national quantum strategy, nearly 1.8 billion euros have been allocated between 2021 and 2025 (including 1 billion funded by the government), an effort that continues today and confirms the sector’s strategic importance as well as its long-term career opportunities.

Pursuing a career in this field means contributing to the development of cutting-edge technology that is set to play a major role in the world of tomorrow.

Our Recommended Undergraduate Programs

Our Recommended Graduate Programs

Master's Degree (Year 1)

Master 2

Graduate school

Our Professional Training Programs


  • Superconducting Qubits Short course. Duration: 1 day.
 

3 examples of careers we prepare you for

  • Quantum Technician
    Help develop and maintain systems and equipment used in quantum technologies, ensuring they operate properly to support technological advances in this innovative field, or become a cleanroom production operator.
  • Engineer in Quantum Engineering and Computation
    Work on the development of quantum computers capable of solving problems that are impossible for current machines to solve using new computational methods, while contributing to the discovery of new computational methods based on the principles of quantum physics.
  • Researcher
    Work in research laboratories or in the research and innovation departments of companies and startups, contributing to advances in quantum physics for quantum technologies in the fields of quantum bits, quantum optics, quantum cryptography, and quantum detectors.
Published on December 16, 2025
Updated on May 6, 2026