Mission System Design Intern – Helicopters (11‑Month Program)

Airbus Helicopters; Getafe; On-site; EUR 8,900 - 11,000; Full time

Benefits offered by this job

Professional development during Airbus

Networking with aerospace projects

Diversity and collaborative culture

Flexible, modern workspace

Job summary

Airbus Helicopters España, SA Getafe is offering an 11-month System Design Engineer Intern position within the Mission System team. The program runs from February 2027 for 11 months (40h/week) with an attractive study grant, starting early February 2027.

You will participate in requirements definition, functionalities description, installation documentation, supplier topics, and cross-department interfaces, gaining a multidisciplinary view of helicopter development.

Qualifications

• Degree in aeronautical, Telecommunication or similar engineering.
• Knowledge of avionic system.
• English: Negotiational level.
• Analytical and problem-solving skills.
• Team spirit and great collaboration skills.

Responsibilities

• Support the definition of Mission systems requirements.
• Support the description of functionalities of Mission systems.
• Support the definition of installation documentation: Mechanical, electrical and logical.
• Support the follow-up of equipment supplier topics.
• Support input from and output to interfacing other departments: configuration, maintenance, software, electrical, testing, quality...

Skills

Avionic systems

English level

Analytical and problem solving

Team spirit

Education

Aeronautical or Telecommunication engineering degree

Job description

Airbus Helicopters España, SA Getafe is offering an 11-month System Design Engineer Intern position within the Mission System team. The program runs from February 2027 for 11 months (40h/week) with an attractive study grant, starting early February 2027.

You will participate in requirements definition, functionalities description, installation documentation, supplier topics, and cross-department interfaces, gaining a multidisciplinary view of helicopter development.