Major European airport operator providing real-world test environments for ATM innovation, passenger systems, and green aviation infrastructure.
Schiphol Nederland BV operates Amsterdam Airport Schiphol, one of Europe's largest and busiest international airports. Within H2020, they serve as a living laboratory for testing and deploying advanced air traffic management (ATM) solutions, airport sustainability technologies, and passenger experience innovations. Their work spans the full airport operations chain — from runway throughput optimization and terminal flow management to green hydrogen infrastructure and zero-emission ground operations. As a major airport operator, they bring real-world operational environments where research concepts are validated at scale.
Participated in over a dozen SESAR projects including PJ02 EARTH, PJ04 TAM (both waves), PJ09 DCB, PJ01-W2 EAD, and PJ20 AMPLE covering runway throughput, arrival/departure management, and master planning.
Active across both SESAR waves in PJ04 TAM and PJ04-W2 TAM plus PJ37-W3 ITARO, focusing on integrated airside-landside operations, regional CDM, and environmental management.
Coordinated TULIPS (EUR 5.7M) on zero-emission operations, green hydrogen, and sustainable aviation fuel; participated in ALBATROSS on green flight trajectories and AEON on engine-off navigation.
PASSME focused on passenger flow optimization, smart boarding, and personalized airport experience; TRESSPASS developed risk-based screening systems for passengers and luggage.
Contributed to PJ05 Remote Tower and PJ05-W2 DTT on remote tower centers and HMI for aerodrome controllers.
Participated in ANIMA on aviation noise impact management and addressed environmental management within PJ04-W2 TAM.
In the early period (2015–2019), Schiphol focused heavily on passenger experience optimization (PASSME) and foundational SESAR ATM research — master planning, demand-capacity balancing, surface management, and airport safety nets. From 2019 onward, the emphasis shifted markedly toward operational efficiency (arrival/departure optimization, runway throughput, pair-wise separation) and, most significantly, toward airport sustainability — green hydrogen, sustainable aviation fuel, and zero-emission operations via the flagship TULIPS project. This evolution mirrors the broader European aviation agenda moving from ATM modernization toward decarbonization.
Schiphol is pivoting strongly toward green airport infrastructure — hydrogen, sustainable fuels, circular economy — making them a prime partner for decarbonization and clean energy demonstrations in aviation contexts.
Schiphol overwhelmingly operates as a participant rather than a leader — 22 of 23 projects are in a partner role, with only TULIPS as their coordinated project. However, that single coordination is their largest (EUR 5.7M), signaling growing ambition to lead. With 194 unique consortium partners across 30 countries, they function as a major network hub, offering access to a vast European aviation ecosystem. Their value to consortia is clear: they provide a world-class airport as a real-world validation environment.
Schiphol has collaborated with 194 distinct partners across 30 countries, making them one of the most broadly connected airport operators in H2020. Their network spans the full European ATM and aviation research community, with particularly dense connections through the SESAR Joint Undertaking programme.
Schiphol is not a research organization — it is a top-5 European airport operator that opens its runways, terminals, and ground infrastructure for live testing of ATM and sustainability innovations. This makes them irreplaceable for any consortium that needs to demonstrate solutions in a real, high-traffic airport environment. Their recent coordination of TULIPS (EUR 5.7M for green airport demonstrations) signals they are ready to lead, not just host, major sustainability initiatives in aviation.
