Systems engineering for safe and efficient airport operations
Thursday, 26 November 2026 · 13:30–14:15
Speaker
About this session
Airports are complex ecosystems of people, procedures and technology. As a supplier of air traffic management systems, Saab ATM operates at the heart of this environment, delivering highly integrated systems that process vast amounts of critical data and respond to asynchronous events. Deploying these systems worldwide presents formidable engineering challenges. Despite extensive regulations and standards, local circumstances and user preferences generate a wide range of requirements. Saab ATM must accommodate this diversity while maintaining a sophisticated, proprietary software platform with safety- and business-critical functionality. Complex system behavior, human and hardware interactions and numerous external interfaces add further challenges. Systems engineers need powerful tools to manage this complexity. AI is already proving its value, but in an environment where humans remain firmly in the loop, understanding and predicting system behavior are paramount. In this keynote, Joyce van Niel connects air traffic management and the Dutch high-tech industry. By comparing technologies, methodologies, engineering skills and tools, she explores what these two worlds have in common, where they differ and what they can learn from each other.
About the speaker
Joyce van Niel
Joyce van Niel is a systems engineer at Saab ATM with a multidisciplinary background spanning systems engineering, software engineering, quality management and safety engineering. She brings a structured, analytical approach to the development and assurance of complex, safety-critical systems. Her experience across different engineering disciplines enables her to connect technical design, system requirements, quality and safety considerations throughout the engineering lifecycle. Working in the air traffic management domain, she combines technical insight with a strong systems perspective, focusing on dependable solutions and effective collaboration across disciplines. Her broad engineering background supports a pragmatic approach to solving complex technical and operational challenges.

