Internship – Magnetic & Electronic Engineering (Current Sensor Development)

INNOSENSE Europe / Labo Ampère – Lyon Area, France

Location:
Brignais & Villeurbanne (Lyon Area, France)

Start Date:
February 1st, 2026

Duration:
5–6 months

Level:
Engineering or Master's student (specialization in Electromagnetism, Electronics, or Applied Physics)

About INNOSENSE

INNOSENSE
is an innovation-driven company specialized in electrical component and measurement solutions for the
automotive industry
.

Our
European Innovation Center
, located in the Lyon area, has four main missions:

• Act as the company's advanced
  technology and innovation hub
  .
• Define, together with customers (Power Module makers, Battery Management Unit manufacturers, and OEMs), the next generation of electronic components integrating multiple features (Temperature, Current, Voltage, Software & AI).
• Design, prototype, and validate
  new sensor concepts
  .
• Collaborate closely with our
  Chinese R&D center
  to support global project development.

We are currently developing a
new concept of sensor based on magnetic field properties
.

Internship Overview

You will join a small and dynamic team of three engineers at our
Brignais Innovation Center
, while also working part-time with researchers and professors at
Labo Ampère (Villeurbanne, Lyon Area)
.

Objective:
contribute to the design, simulation, and prototyping of a next-generation magnetic current sensor.

Main Responsibilities

• Understand and analyze the
  physical phenomena
  underlying the sensor concept.
• Study
  magnetic field effects
  and ferromagnetic materials' impact on sensor performance.
• Analyze different sensor architectures and material configurations.
• Design, build, and test prototypes
  .
• Compare and validate
  simulation results
  (COMSOL, etc.) with experimental test bench data.
• Define modeling approaches for future design optimization.
• Develop
  simulation loops and software tools
  to accelerate design iterations.
• Analyze performance for various applications, magnetic field levels, and frequencies.
• Conduct
  competitive benchmarking
  and propose new design features.
• Communicate complex engineering results in a
  clear, concise, and technically sound
  manner.

Your Profile

• Engineering or Master's degree student with strong skills in
  Electromagnetism, Electronics, or Applied Physics
  .
• Good English proficiency
  (spoken and written).
• Curious, autonomous, and eager to take on challenges.
• Strong analytical and problem-solving mindset.
• Team player with a good sense of responsibility and communication.

Why Join INNOSENSE?

• Work on
  cutting-edge R&D
  topics shaping the future of sensing technologies.
• Collaborate with an
  international team
  (Europe & China).
• Be mentored by
  industry experts and academic researchers
  from Labo Ampère.
• Gain hands-on experience with
  real-world prototyping and simulation tools
  .
• Opportunity to make a
  direct impact on industrial innovation
  .