Consistent participation across PJ04 TAM (Wave 1), PJ04-W2 TAM (Wave 2), and PJ37-W3 ITARO integrating TMA, airport, and runway operations.
FLUGHAFEN ZURICH AG
Major Swiss airport operator contributing real-world validation for SESAR air traffic management, runway optimization, and airport emissions research.
Their core work
Flughafen Zurich AG operates Zurich Airport, Switzerland's largest airport, and actively contributes operational expertise to European air traffic management (ATM) modernization under the SESAR programme. They serve as a real-world testing ground for advanced airport operations — from runway throughput optimization and surface management to remote tower technologies and environmental impact assessment. Their role in EU research is to bring the airport operator's perspective: validating concepts in live environments, providing operational data, and ensuring that ATM innovations work at a major international hub.
What they specialise in
Deep involvement in PJ02 EARTH, PJ02-W2 AART, PJ01-W2 EAD, VLD3-W2 SORT, and PJ37-W3 ITARO covering runway throughput, separation, AMAN/DMAN, and sequencing.
Participated in PJ09 DCB (demand capacity balancing), PJ24 NCM (network collaborative management), and PJ07-W2 OAUO (optimised airspace users operations).
Contributed to PJ05 Remote Tower (Wave 1) and PJ05-W2 DTT covering digital tower technologies and multi-airport remote operations.
AVIATOR project (their largest funded effort at EUR 131,725) focused on aviation emission measurements, local air quality, and health impact assessment at airports.
Participated in both PJ20 AMPLE (Wave 1) and PJ20-W2 AMPLE covering SESAR master planning, deployment scenarios, and performance ambitions.
How they've shifted over time
In their early H2020 period (2016–2019), Zurich Airport focused heavily on core SESAR ATM topics: demand-capacity balancing, network operations planning, surface management, and master planning for the Single European Sky. From 2019 onward, their portfolio shifted toward two new directions — environmental sustainability (aircraft emissions, local air quality, health impacts via AVIATOR) and deeper integration of airport-level operations with TMA and network-level systems. This evolution mirrors the broader aviation industry's pivot from pure efficiency gains toward environmental accountability.
Zurich Airport is moving from traditional ATM efficiency research toward environmental impact management and fully integrated airport-airspace operations — expect future interest in sustainable aviation and green airport technologies.
How they like to work
Flughafen Zurich consistently participates as a partner rather than a coordinator (0 of 18 projects coordinated), which reflects their role as an operational end-user contributing real-world airport infrastructure and data rather than driving research agendas. With 118 unique consortium partners across 26 countries, they operate within very large SESAR consortia — typical for the programme's structure. This makes them an experienced, low-friction consortium partner comfortable working in complex multi-stakeholder environments.
Zurich Airport has collaborated with 118 unique partners across 26 countries, making them one of the most broadly connected airport operators in SESAR. Their network spans the full European ATM ecosystem — ANSPs, airlines, technology providers, and research institutions.
What sets them apart
As a major international hub operator (not an ANSP, airline, or technology vendor), Zurich Airport brings something rare to research consortia: the airport operator's ground truth. They can validate concepts in a live, high-traffic environment with real operational constraints. Their recent move into emissions research (AVIATOR) positions them uniquely at the intersection of airport operations and environmental compliance — a combination few other airport operators offer in EU research.
Highlights from their portfolio
- AVIATORTheir largest funded project (EUR 131,725), marking a strategic shift into aircraft emissions measurement and local air quality — a topic increasingly critical for airport licensing and community relations.
- PJ04-W2 TAMSecond-largest funding (EUR 112,000) and the continuation of their core Total Airport Management work, covering performance, CDM, and environmental management at airports.
- PJ02 EARTHEarly runway throughput project spanning advanced technologies (GBAS, LiDAR, RECAT, wake vortex separation) that laid groundwork for their sustained focus on arrival/departure optimization.