Developing complex aerospace systems requires engineering excellence at every step, from initial architecture to integration, stress analysis, and scheduled maintenance. Whether it’s ensuring robust design, optimising aircraft maturity, or supporting seamless integration of equipment and systems, Product & System Engineering activities are foundational to safe and high-performance operations.
At Airbus Protect, we support major aerospace players across aircraft, helicopters, and space domains. Our multidisciplinary teams bring end-to-end engineering capabilities to help you define, develop, and validate products in line with technical, operational, certification and safety expectations.
At Airbus Protect, we combine deep engineering know-how, cross-domain expertise and a hands-on systems approach to support your product and system development challenges.
From architecture and design to V&V, stress analysis, and scheduled maintenance planning, we collaborate closely with your teams to improve system maturity, ensure integration efficiency, and optimise performance, all while maintaining the highest safety standards.
Production of data for Aircraft Technical Documentation
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How the safety principles of traditional aviation are being reinvented for the drone era The high safety standards of modern aviation have been built over decades on rigorous engineering like the Particular Risk Analysis (PRA), a methodology for mitigating specific catastrophic risks. But the rapid emergence of Unmanned Aircraft Systems (UAS), with their electric propulsion [...]
Since May 2022, Airbus Protect and the EASA have been working with a consortium composed of LNE and Numalis on the MLEAP (Machine Learning application approval) project. What is the MLEAP Project? This two-year research project funded by the European Union's Horizon Europe research and innovation programme aims to identify concrete means of compliance for [...]
What exactly is a Safety Management System (SMS)? A Safety Management System (SMS) is a systematic and explicit approach to managing safety, encompassing the necessary organisational structures, accountabilities, policies, and procedures. It essentially applies the rigour of quality management principles to the domain of operational safety. Unlike traditional, fragmented safety programmes that might rely solely [...]
