Job Description Summary

As part of the development of digital offerings within the Digital Center of Excellence (DCOE), we are offering a technical internship focused on the design and implementation of solutions for integrating digital products into the mechanical operating mechanisms of Extra High Voltage (EHV) circuit breakers.

These solutions aim to enhance equipment supervision, reliability, condition-based maintenance, and operational performance of high-voltage assets.

Internship Objectives
The intern will be involved in:

Studying the mechanical operating mechanisms of EHV circuit breakers and their operating principles

Analyzing requirements for the integration of sensors and digital solutions (e.g. displacement sensors, digital SF₆ gas sensors)

Mechanical / electromechanical design of integration solutions

Participating in the manufacturing, assembly, and testing of the developed solutions

Preparing technical documentation (calculation notes, drawings, procedures, test reports)

Interfacing with electrical, digital, and system engineering teams

Job Description

What you will do:

• Conduct mechanical and electromechanical studies of operating mechanisms

• Propose integration solutions compliant with EHV constraints (vibrations, environment, safety)

• Support prototyping and validation phases

• Assist in industrialization and standardization of solutions

• Participate in DCOE technical reviews

What you will bring:

• Final year student pursuing a Master’s or Engineering degree in Mechanical, Industrial or Electromechanical.

• Proficiency in Computer-Aided Design (CAD).

• Basic understanding of electrical systems.

• Good level of French and English.

• The internship duration is up to five months.

What will make you stand out:

• Strong analytical and problem-solving skills

• High level of autonomy, rigor, and self-motivation

• Ability to work effectively in an international industrial environment

• Good teamwork, collaboration, and communication skills

• Interest in industrial systems and digital innovation

Additional Information