Fuel Systems Test and Analysis Engineering Placement (12.5 months)

Job Description

Start date: 16 August 2027 Location: Filton, Bristol Duration: 12.5 months Applications close on 27 September 2026! We love your interest in joining Airbus! There is no limit on the number of positions you can apply for, however, please be aware that you can only progress in the selection process for one position at a time. We recommend reviewing all available opportunities and applying to those that best match your experience and aspirations. AI Guidance: We know you might be thinking about using AI to help you in your application - before you do, please read our guidelines on the use of AI for recruitment at Airbus https://www.airbus.com/en/careers/faqs#using-ai-in-your-application.

Benefits

Salary: £24,246 35 hours per week // Flexible working hours // Hybrid working options available depending on the role // Half day Fridays! // 25 days holiday plus bank holidays

About us

Are you someone who enjoys detailed problem-solving, interrogating data, and rigorously assessing system performance? Do you get excited by technical challenges and collaborating on creative solutions with a digital mindset? If so, this could be the job for you. We are looking for a university student interested in a placement year in industry. You will design and conduct tests on fuel and landing gear avionics test benches and support our flight test analysis activities. Our Fuel Systems Test Analysis team is part of the transnational "Hydrogen Propulsion & Hydro-Mech Systems" Sub-Domain. We are all part of the Flight and Integration Test Centre, where we test the integration of the complete aircraft. This is reflected in our ways of working, allowing you to interact and build relationships with colleagues across Europe and across all aircraft systems. We are a product-focused community with a history of delivering innovation to our company. As a team, we conduct development testing of new aircraft systems through agile test methods, help to resolve in-service problems, an