Quality Development Engineer for Overall Aircraft Design

About the Role

Would you be excited about being involved in the early development phases of an aircraft? How about supporting the definition and deployment of the quality system that ensures we deliver concepts, requirements, models & data right all the time for the years to come? Would you like working in a transnational & diverse team with many interfaces and being involved in aircraft development projects?

Then you would love our Flight Physics and Aircraft Architecture & Integration Quality team. Our team looks for a new colleague.

Your Working Environment

Global capital of aeronautics and European capital for space research, Toulouse is a dynamic city in the southwest of France served by an international airport. Ideally located between the Mediterranean sea and the Atlantic ocean and close to the Pyrenees mountains, it offers plenty of options for outdoor activities.

How We Care For You

• Financial rewards: Attractive salary, agreements on success and profit sharing schemes, employee savings plan abounded by Airbus and employee stock purchase plan on a voluntary basis.
• Work / Life Balance: Extra days-off for special occasions, holiday transfer option, a Staff council offering many social, cultural and sport activities and other services.
• Wellbeing / Health: Complementary health insurance coverage (disability, invalidity, death). Depending on the site: health services center, concierge services, gym, carpooling application.
• Individual development: Great upskilling opportunities and development prospects with unlimited access to +10.000 e-learning courses to develop your employability, certifications, expert career path, accelerated development programmes, national and international mobility.

At Airbus, we support you to work, connect and collaborate more easily and flexibly. Wherever possible, we foster flexible working arrangements to stimulate innovative thinking.

Your Challenges

You will join the transnational Quality Engineering for Flight Physics and Aircraft Architecture and Integration team. Your main interfaces will be the Aircraft Architecture and Integration and the Flight Physics teams in Engineering and other quality engineering teams as well as aircraft chief engineering teams. You will be involved in all aircraft programs, with specific focus on eAction.

You will contribute to ensuring that a complete End-2-End Quality System is ‘built-in’ and adhered to at the very early phases of the development & beyond, for the next aircraft pre developments, R&T and aircraft major modifications.

This needs to be designed and deployed well in advance of the development with the different stakeholders to secure the full conformity of a product/service to customer requirements and external/internal regulations (DOA/POA/MOA), throughout the product life cycle.

You will support the senior quality program integrator in defining the necessary Quality Requirements for the Quality Management System (QMS) for eAction, thanks to data continuity, predictive and preventive mindset, effective feedback loops and profound root cause analysis culture. This is covering Product, Process (methods & tools), People and, especially important in our perimeter -Models and Data.

In this role, you can act as a focal point of Quality, in a network of Aircraft and Component Architects, interfacing and connecting to our partner functions, to influence, integrate & guarantee the required level of Quality/Maturity to be secured. You will be working very closely with the Quality for Future Programs Organisation.

You will be involved in defining and deploying the best quality assurance means for engineering deliverables to eAction.

You will also contribute to some projects impacting a large number of engineers (such as robustifying feedback loops methods & tools, implementing a design risk analysis in a concept phase, etc.).

Your Main Deliverables

• Contribute to Ensuring that quality is “built into” the new design using Lessons Learnt, Quality experience from previous developments and the Voice of the Customer.
• Identify the Key Quality parameters (Key Characteristics)