Jobs

 

At Mag4Health, we are developing a new generation of room-temperature quantum magnetometers for
brain imaging. One of our main challenges is reducing sensor size while maintaining high performance.

Objectives

The objective of this internship is to explore and evaluate promising solutions for the next generation ofminiaturized sensors through three main areas:

   · Optical architecture: Characterize an existing optical design and investigate its physicalmechanisms and performance.
   · Helium discharge generation: Explore alternative discharge-generation methods to improvestability and facilitate miniaturization.
   · Miniaturized integration: Investigate how the different components can be integrated into a morecompact sensor.

 

The intern will work closely with our physics, electronics, and mechanical engineering teams. The project will evolve according to experimental results and discoveries.

Candidate profile

We are looking for a curious, analytical team player who enjoys learning new things and tacklingchallenging scientific and technical questions. A good foundation in physics and strong analytical skills areimportant for understanding the physical phenomena involved and exploring potential solutions.

 

The internship offers the opportunity to work across several disciplines and collaborate closely withMag4Health’s physics, electronics, and mechanical engineering teams.

This position is intended for M2 students or final-year engineering students, with an academic backgroundor a strong interest in physics and/or engineering. Previous experience in optical magnetometry is notrequired, as guidance will be provided throughout the project. Fluency in either English or French is required.

About Mag4Health

Mag4Health is a Grenoble-based startup developing room-temperature quantum magnetometers andcomplete Magnetoencephalography (MEG) systems.

MEG is a non-invasive brain imaging technique that measures the magnetic fields generated by neuronalactivity. It is used in clinical applications, particularly for pre-surgical mapping in epilepsy patients.

By eliminating the need for cryogenic cooling, our technology offers a more accessible, compact, and cost-effective alternative to traditional MEG systems.

Founded from research at CEA Grenoble, Mag4Health is a growing team of 23 people developing and
commercializing MEG systems for hospitals and research centers.

 

 

   – Location: Mag4Health, 6 Place Robert Schuman, 38000 Grenoble, France (near the

   – Start date: Ideally Q1 2027.

   – Duration: ~ 6 months.

 

 

Application
Please send your CV and cover letter to:
   – Dr. Sergey Mitryukovskiy, Innovation & Design Lead: sm@mag4health.com

   – Dr. Alexandre Stathopulos, Physicist: alexandre.stathopulos@mag4health.com