Quantum Sensing & Metrology Jobs in USA

What You Need to Know

Quantum sensing and metrology are transforming how we measure time, gravity, and magnetic fields. This creates high-demand careers across tech, defense & research in the USA.

What do quantum sensing jobs involve?

Quantum sensing jobs involve creating and implementing sensors that measure changes in the physical world with extreme accuracy, using quantum properties such as superposition and entanglement. These measurements and their applications focus primarily on atomic clocks, magnetometers, gravimeters, and interferometers.

Quantum sensors allow us to detect the undetectable, from hidden oil reserves to early brain diseases. Dr. Peter Abbamonte, Professor of Physics, University of Illinois

Where can I find quantum sensing jobs in the USA?

Jobs can be found at national labs (NIST, Sandia, Argonne), defense contractors (Lockheed Martin, Raytheon), universities (MIT, Caltech), Job boards such as Quantum Jobs USA, and even at startups concentrating on navigation, imaging, or geological sensors.

What skills are required for a career in quantum sensing or metrology?

Key skills you need include quantum optics, atomic physics, laser systems, cryogenics, and signal processing. Experience with lab equipment, data analysis (Python, MATLAB), and vacuum systems is also valuable.

How is quantum metrology used in real life?

Quantum metrology applies to atomic clocks used for GPS or internet time synchronization, magnetic field detection in brain imaging through MEGivers, as well as satellite-free navigation systems useful for submarines or defense vehicles.

Are there entry-level quantum sensing jobs in the USA?

Absolutely. Many labs and companies recruit research assistants along with junior engineers and PhD candidates. There are also open positions for internships for students in physics, electrical engineering, or quantum information science. You can read more about entry level jobs in USA here.

What is the future outlook for quantum sensing careers?

In the United States of America, there is rapid growth in the quantum sensing job market in areas like defense, medical imaging, navigation, and space technology sectors requiring advanced technology. With increased investment from the US government and private sector, new roles are expected to grow significantly over the next 5–10 years.

Quantum sensing is one of the most promising frontiers, it’s more than just computing. William Oliver, Director, MIT Center for Quantum Engineering