In collaboration with
- Lead engineering and end-to-end development of a virtual airline technology ecosystem, spanning flight operations, pilot platforms, training, data, and internal tooling.
- Design and development of aviation-grade simulation systems, including Electronic Flight Bag (EFB), ACARS, flight dispatch, flight planning, crew management, live tracking, and operational control tools.
- Architecture of real-time flight telemetry and data pipelines, processing simulator data, PIREPs, flight plans, aircraft states, operational events, and performance metrics.
- Development of AI/ML-driven flight analytics, including anomaly detection, flight scoring, operational deviation detection, performance analysis, and automated post-flight assessment.
- Engineering of pilot intelligence and personalization systems, using operational and training data to identify performance trends, recommend training, and support pilot progression.
- Development of predictive models and decision-support tooling for flight operations, route analysis, operational efficiency, and simulation realism.
- Design of scalable backend systems, APIs, event-driven services, data models, automation pipelines, and third-party aviation integrations.
- Development of a dedicated pilot training and e-learning ecosystem, combining training records, assessments, qualifications, operational data, and adaptive learning capabilities.
- Engineering of internal operational platforms and automation workflows, translating real-world airline procedures into reliable digital systems.
- Ownership of system architecture, technical roadmap, infrastructure, observability, engineering standards, and software delivery across the platform.