Integrated Fleet Decision Support
Simulation-led decision support for future fleet choices across maintenance, operations, and network planning.
I work at the intersection of engineering, artificial intelligence, and complex systems.
My career spans aerospace manufacturers, airlines, universities, research institutes, and public organisations. Across these environments, I have focused on one recurring challenge: turning emerging technologies into practical solutions that improve how complex systems are designed, operated, and maintained.
Today, my interests centre on trustworthy AI, digital twins, optimisation, future mobility, and the broader role of technology in shaping resilient and sustainable industries. Through research, industrial programmes, and international collaborations, I aim to bridge the gap between scientific discovery and real-world implementation.
I serve on EASA’s Rulemaking Committee on Trustworthy AI (RMT.0742), I lead the Diagnostics & Prognostics Working Group of the Independent Data Consortium for Aviation (IDCA), and I am an expert for the European Commission, alongside roles on advisory boards, editorial boards, and international working groups.
Simulation-led decision support for future fleet choices across maintenance, operations, and network planning.
Simulation and operational intelligence for more predictable aircraft turnaround performance.
Contributing to the regulatory and technical foundations for safe, explainable, and certifiable AI in aviation.
Using data-driven diagnostics and prognostics to reduce disruption, waste, and unnecessary maintenance.
Physics-based modelling of turbine cooling and heat transfer for next-generation aircraft propulsion.
Delivered more than forty invited talks, keynotes, lectures, and expert panel contributions across airline strategy, the future of aerospace, emerging technologies, and trustworthy AI.
Quantum Global 2026, The Economist · London, UK
EUROCONTROL Innovation Hub · Paris, France
Aviation Technology Forum · Guangzhou, China
Georgia Institute of Technology · Atlanta, USA
Responsible AI Series, The Alan Turing Institute · UK
Turbine Cooling and Heat Transfer Modelling for Gas Turbine Performance Simulation.
Graduated with Distinction.
Specialisation in Energy and Aeronautics.
Conversations, interviews, podcasts, and expert commentary on aerospace, artificial intelligence, engineering, and future technologies.
Innovations in predictive maintenance, MRO, security, and training.
Hybrid-electric small commuter aircraft conceptual design.
Real-time condition-based maintenance for adaptive aircraft maintenance planning.
Cross-industry predictive maintenance and dynamic scheduling platform.
Data analytics and predictive maintenance in aviation MRO operations.
Peer-reviewed papers, conference proceedings and book chapters on predictive maintenance, diagnostics & prognostics, trustworthy AI, and gas turbine modelling.
Apostolidis, A.; Donckers, S.; Peijnenburg, D.; Stamoulis, K.P. “Electric Aircraft Operations: An Interisland Mobility Case Study. Aerospace 2024, 11, 170.
Apostolidis, A., Bouriquet, N., Stamoulis, K.P., “AI-Based Exhaust Gas Temperature Prediction for Trustworthy Safety-Critical Applications”, Aerospace 9 (11), 722.
Kefalas, M., Baratchi, M., Apostolidis. A., van den Herik, D., and Bäck, T., “Automated Machine Learning for RUL Estimation of Aircraft Engines”, IEEE ICPHM 2021, Detroit, MI, USA.
Apostolidis, A., Pelt, M., Stamoulis, K.P., “Aviation Data Analytics in MRO Operations: Prospects and Pitfalls”, PHM Society RAMS 2020, Palm Springs, CA, USA.
Kefalas, M., Limmer, S., Apostolidis, A., et al., "A Tabu Search-based Memetic Algorithm for the Flexible Job Shop Scheduling Problem", GECCO 2019, Prague, Czechia.
I was born and raised in Thessaloniki, Greece, and over the last seventeen years I’ve lived in the UK, Belgium, France, and the Netherlands. Beyond aviation, I’m a lifelong photographer -darkroom to digital- drawn to landscapes, street scenes, aircraft, and the places I travel. Music is a constant companion; I’ve been collecting records and other physical formats for more than three decades. I now live in Amsterdam, where you’ll often find me building LEGO sets with my three children.
I welcome conversations and collaborations around aerospace, artificial intelligence, engineering innovation, applied research, speaking engagements, advisory roles, and strategic technology initiatives.
Whether you represent industry, academia, government, media, or the non-profit sector, feel free to get in touch.