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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.
Mature engineering organisations rarely succeed because they face fewer operational challenges. They succeed because they build trusted engineering processes that reduce unnecessary effort, strengthen operational consistency and enable better decisions across the aircraft lifecycle.
Walk into almost any airline engineering department and you'll find an Excel spreadsheet supporting critical operational activities. This article explores why these spreadsheets continue to exist, what operational challenges they solve, and why the real issue lies in maintaining trusted operational information across engineering systems.
Engineering teams are hired to solve complex operational challenges, yet much of their time is spent validating information before meaningful analysis can begin. This article explores why trusted operational information has become essential to engineering productivity and confident decision-making.
Modern aviation generates more operational information than ever before, yet engineering teams still spend valuable time validating the information behind critical decisions. This flagship article explores why Operational Confidence is becoming essential for airline engineering and how trusted operational information creates the foundation for reliability, compliance, operational intelligence and future AI readiness.