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Texel Air has joined the EXSYN community through an enterprise-wide agreement to onboard its entire fleet of aircraft onto EXSYN’s suite of modular aviation data apps.
Together with Aircraft IT, we hosted a live webinar exploring how CAMO and engineering teams strengthen predictive aircraft maintenance through a modular, aviation-native data platform built around real operational workflows.
EXSYN has deployed Predictive Spare Parts Planning at Volotea, enabling long-term, data-driven forecasting of material demand. By combining maintenance program data with historical unscheduled events, Volotea can optimise procurement, reduce AOG risk, and improve fleet reliability. EXSYN demonstrates how predictive aviation data directly drives cost efficiency and operational resilience.
Sjoerd Stilma is a Senior Aircraft Data Consultant at EXSYN Aviation Solutions. His fascination with aircraft and technology led him to study Aviation Engineering in Amsterdam, including internships and reliability-focused work at KLM Cityhopper. He joined EXSYN over a decade ago, contributing to the early development of the company’s analytics and reliability capabilities and supporting operators in strengthening their data processes.
Some licenses under APN 2110 start with “Edit…” and provide broader privileges than their description may initially suggest. These licences should therefore be granted only to appropriate users who may need to modify the order approval process under specific circumstances.
Continuing airworthiness requires more than recording that individual requirements have been met. Explore how aircraft configuration, technical records, OEM information and traceable compliance evidence help CAMO teams maintain and demonstrate the current airworthiness status of an aircraft.
CAMO audit preparation becomes difficult when technical records, aircraft configuration and compliance evidence need to be reconstructed before an inspection. Explore how continuous record keeping, traceability and better information management can make audit readiness part of everyday continuing airworthiness operations.
AI is becoming part of aviation technical operations, but successful adoption depends on more than the technology itself. Explore why data quality, aircraft context, traceability and connected operational information are essential foundations for AI-assisted engineering decisions.