Airbus - Xplorer 2026 Protospace Test Bench

ES_Prog_Partner_Whatjobs_Mixed_CPC; Getafe; Presencial; EUR 30.000 - 50.000; A tiempo parcial

Descripción de la vacante

A leading aerospace company in Getafe, Spain, is offering an internship aimed at students in their final year. You will engage in a project to design and validate a test bench for a drone's fuel system. The internship lasts 6 months, part-time, allowing for professional skill development while completing your Bachelor's Degree Final Project. Gain hands-on experience with CAD tools and project management in a dynamic environment.

Formación

• Student must prepare a final year training project during the internship.
• Knowledge of CAD tools is essential for project design.
• Experience with FEM simulations is a plus.

Responsabilidades

• Complete a final year training project related to a drone's fuel system.
• Develop a test bench according to provided requirements.
• Evaluate project risks and opportunities.

Conocimientos

CAD tools (CATIA, Rhino)

FEM simulations

Project risk analysis

Educación

Students in the last year of their Bachelor's degree

Descripción del empleo

Job Description

Ready to join one of our Airbus Programs in Spain?

AIRBUS offers an internship program aimed at students who are in the last year of their degree with the main objective of acquiring professional skills through the development of a project in the company.

What do we offer?

Internship (curricular practicum) program + Bachelor’s Degree Final Project (TFG)

Mission

You will prepare a final year training project that will allow you to complete your official studies.

About practical training

• 6 months of curricular practicum internships at AIRBUS from February to July 2026
• Part time: 5h / day - 25 hours per week (8h-13h)
• Tutor assignment for continuous monitoring

Final Project (TFG) to be carried out by the student

The objective of this Final Project will be to design, simulate, manufacture, and validate a test bench for a drone's fuel system according to the provided requirements. During the project, the assembly design will be carried out using CAD tools (CATIA, Rhino, etc.) as well as FEM simulations for elements identified as critical. Materials will also be selected based on the requirements (e.G., fuel corrosion resistance, humidity, thermal resistance, etc.). The first step will be the evaluation of the requirements as well as the analysis of the project's risks and opportunities. The diverse nature of the requirements (structural, fatigue, tightness, etc.) must be taken into