Ingénieur Méthodes Usinage Global – Industrialisation

Ingénieur Méthodes Usinage Global – Industrialisation

Full-Time 59400 - 72600 $ / year (est.) On-site
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At a Glance

  • Tasks: Lead product evolution and industrialisation projects at Safran Landing Systems.
  • Company: Join a leading aerospace company with a focus on innovation.
  • Benefits: Competitive salary, health benefits, and opportunities for continuous improvement.
  • Other info: Dynamic work environment with strong career advancement potential.
  • Why this job: Make a real impact in aerospace engineering and contribute to cutting-edge projects.
  • Qualifications: Mechanical engineering background and experience with 3D modelling (CATIA).

The predicted salary is between 59400 - 72600 $ per year.

Safran Landing Systems à Mirabel recherche un ingénieur mécancien pour piloter les évolutions produit et les projets d'industrialisation sur site canadien.

Vous contribuerez à la définition des gammes, des plans de surveillance et à l'amélioration continue en lien avec les référentiels et les produits fabriqués sur le site de Mirabel.

Vous devrez assurer la fabricabilité et la réparabilité, développer les modèles 3D (CATIA), l'analyse des risques (APQP/AMDEC), et soutenir la production avec

Ingénieur Méthodes Usinage Global – Industrialisation employer: Safran Landing Systems

Safran is an exceptional employer that fosters a dynamic and inclusive work culture, where creativity and engagement are highly valued. With a commitment to employee growth and well-being, Safran offers numerous opportunities for professional development in a high-tech environment, making it an ideal place for those passionate about aerospace. Located in a supportive atmosphere, employees can thrive while contributing to innovative solutions that enhance safety and sustainability in aviation.

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Contact Details:

Safran Landing Systems Recruitment Team

We think you need these skills to ace Ingénieur Méthodes Usinage Global – Industrialisation

Ingénierie Mécanique
Gestion de Projet
Amélioration Continue
Fabricabilité
Réparabilité
Modélisation 3D
CATIA