Emmanouil Manos Alexiou
Lead Engineer - Propulsion Systems and Architectures Design @GE Aerospace
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WORK HISTORY
Lead Engineer - Propulsion Systems and Architectures Design @GE Aerospace
Turin, IT
Serving as the system lead for Research & Technology military applications at GE Aerospace in Turin, Italy. • Defining preliminary cycle and engine performance metrics, aligning with project goals for military applications. • Acting as the technical focal point for engine performance and mechanical integration for future RFIs and RFQs. • Managing requirements and systems KPI verification to enhance project outcomes and operational efficiency.• Performing system level architecture definition through Multidisciplinary Design Optimization (MDO).• Performing module specific aero-thermal definition and feasibility.• Performing propulsion systems general arrangement and configuration management coordination and technical activities.
EDUCATION
Aristotle University of Thessaloniki (AUTH)
Master of Engineering (MEng) Mechanical Engineering , Aerospace, Aeronautical and Astronautical Engineering
Aristotle University of Thessaloniki (AUTH)
Doctoral Research , Hybrid Aerospace Propulsion Technologies
Cranfield University
Continuing Professional Developement Course, Gas Turbine Transient Performance
Cranfield University
Continuing Professional Developement Course, Gas Turbine Appreciation
Hellenic French School Kalamari
High School Diploma, STEM Sciences
ABOUT EMMANOUIL MANOS ALEXIOU
Holding a position as Lead Engineer in propulsion systems performance and architectures, specializing in engine cycle design, system integration, and aero-thermal optimization. My career spans roles at GE Aerospace, and in the past at UAV-iRC, and AUTh, working with leaders in Aerospace sector and serving my country to the best way possible, where I have contributed to both military and civil R&T programs under EU frameworks (Clean Aviation, HORIZON, LuFo, EDF, NATO NSPA). Acting as a system lead and technical focal point, ensuring cycle feasibility, KPI verification, and innovative solutions for next generation propulsion technologies. Motivated by advancing high performing, scalable, and mission-ready aerospace systems, I bring experience bridging research concepts and industrial application with a focus on performance, integration, and long-term impact.
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