As sustainability expectations rise and resources become increasingly limited, industries must shift toward more circular, responsible models. That means embedding environmental thinking directly into design processes—and understanding the full impact of products and systems across their entire life cycle.
From material selection to end-of-life strategies, eco-design and life cycle assessment (LCA) are critical tools for building more sustainable and resilient industrial ecosystems.
At Airbus Protect, we help organisations transform environmental ambition into tangible design and operational practices. By combining proven eco-design methods with deep expertise in LCA, we support clients in assessing their environmental footprint and identifying opportunities to reduce it—without compromising performance.
Our teams work closely with clients to anticipate the environmental impact of projects from the start, develop more circular approaches, and ensure critical resources are used wisely. We embed sustainability into every phase of the lifecycle, building long-term value and resilience.
Developing a dynamic ecodesign platform for engineering teams
For a major aerospace and defence organisation, we are building a methodological platform designed to guide engineering teams in integrating ecodesign principles throughout product development. The platform provides access to tools, resources, and methodologies for assessing and minimising environmental impact at system and component level.
It is designed as a collaborative and evolving space, adapting continuously to the organisation’s sustainability goals and ecodesign roadmap.
Get in touch to discover how we can support you
Since 2004, Airbus Protect (formerly APSYS and Airbus CyberSecurity Services) has been participating and chairing the program committee of Lambda Mu, a congress positioned around innovation and risk management for a sustainable future. This year, throughout the congress, Airbus Protect will present seven papers in different conferences that will address Artificial Intelligence, Autonomous Vehicle, Cyber [...]
Case study of helicopter air conditioning system and MBSE integration Introduction The aeronautics sector is characterised by extremely strict performance, safety, and reliability requirements, making the development of new systems inherently complex. Onboard mechanical systems, such as helicopter air conditioning systems, shall not only meet rigorous technical specifications but also integrate flawlessly into an overall […]
Today’s systems are more and more complex. They interact with each other, hence the importance of identifying possible flaws in order to anticipate problems and identify appropriate solutions. Modeling Thanks to modeling, this former student of Supelec detects the possible flaws of systems used in different sectors of activity to make their operation safer. An […]
