ILS & RAMS Engineer - Defence & Aerospace
Pubblicato il 16-09-2026 - Bertrandt Group in Roma
About Bertrandt
Bertrandt is a leading engineering and technology partner supporting the development of innovative solutions in Automotive, Aerospace, Defence, Industrial and Digital Engineering.
About Bertrandt
Bertrandt is a leading engineering and technology partner supporting the development of innovative solutions in Automotive, Aerospace, Defence, Industrial and Digital Engineering.
What We Are Looking For
To strengthen our Defence & Aerospace activities, we are looking for ILS & RAMS Engineers interested in contributing to complex and mission-critical programs.
Responsibilities
- Perform Reliability, Availability, Maintainability and Safety analyses
- Support Integrated Logistics Support activities
- Develop maintenance concepts and support strategies
- Create and manage logistics documentation
- Contribute to Life Cycle Cost analyses
- Support Failure Mode and Effects Analysis (FMEA/FMECA)
- Generate reliability and maintainability reports
- Collaborate with system, software and hardware engineering teams
- Support customer reviews and qualification activities
Requirements
Mandatory
- Degree in Engineering or equivalent technical background
- Experience in RAMS, RAMT or ILS activities
- Knowledge of reliability methodologies
- Knowledge of maintenance engineering principles
- Good analytical skills
- English B2+
Preferred
- MIL-STD-217
- FMECA
- RBD Analysis
- Fault Tree Analysis (FTA)
- Life Cycle Cost (LCC)
- Logistic Support Analysis (LSA)
- S1000D
- Defence, Railway or Aerospace experience
As a leading technology partner in the automotive, aerospace and mechanical engineering sectors, Bertrandt focuses on the trends of digitalization, autonomous systems, connectivity and electric mobility. With our almost 50 years of cross-sector experience, our global presence and our expert organization, we help to shape the future and implement innovative projects for our customers. Our strengths are our many years of experience in transformation processes, our