Stress Engineer - T400 Concessions (Nights) Location: Broughton, Cheshire - onsite Shift: Nights, Monday to Thursday, 20:45-06:00 (30% night shift allowance) Rate: £38.88 PAYE or £52.00 per hour Umbrella - dependent on experience Contract: Inside IR35 Clearance: BPSS+ (arranged by Airbus) Process: One-stage interview See the wings that fly the world's aircraft - built right outside your window. Airbus, the world's leading aircraft manufacturer, has an exciting new opportunity to join the Wing Analysis Engineering Team, working alongside the Plant Engineering Team at Broughton, UK. You’ll be based right next to the Broughton wing assembly lines, where Single Aisle, Long Range and A350 wings are manufactured - giving you the rare chance to see the physical product take shape every day. The Broughton Plant produces the wings for around half of all aircraft delivered worldwide each year. About the team You’ll join a team of Structural Engineers - a mix of technical specialists and engineering leads - all passionate about finding technical solutions that support Airbus Wing products. About the role You’ll work as a Stress Engineer within the Broughton Wing Plant Engineering Team (PET), alongside our existing stress analysts. As the Broughton Plant operates 24 hours a day, this role is targeted for night shift working. What You’ll Be Doing Performing static structural analysis on both composite and metallic structures Analysing and validating metallic, composite and hybrid structures at component level for static strength and fatigue
Stress Engineer (T400) in Milton Keynes employer: Airbus
Airbus Belfast Limited is an exceptional employer, offering a dynamic work environment that prioritises safety, quality, and employee growth. With a strong commitment to diversity and inclusion, employees benefit from flexible working arrangements and opportunities for continuous improvement in their roles. Located in Belfast, the company fosters collaboration across teams, ensuring that every Tool Maker can contribute meaningfully to innovative projects while developing their skills in a high-precision manufacturing context.
