Design and Development of Deployable Aerospace StructuresDuties: a) Handmade analytical calculations/ numerical codes using MATLAB (structural, kinematics and dynamics).b) Design and analysis of Ground Support Equipment using Solidworks.c) Performing FEA using FEMAP and NASTRAN.d) Kinematic and dynamic simulation models using MSC ADAMS.e) Supporting the testing procedures.f) Mechanical assembly alignment & error qualification, high quality measurements with LT.g) Providing technical assistance and advice to Systems' Engineer.h) Reporting to Managing and Technical Director.

As an aeronautical engineer with experience in UAV design, manufacturing, ground and flight testing processes, I was selected by HCAA in order to perform inpections on new and innovative UAS Development.

(2016-2019) Lead Engineer & Assistant Technical Coordinator in Green Turboprop Experimental Laminar Flow Wind Tunnel Testing Project (GRETEL): Aeroelastic scaling mathematical Models, Finite Element Models, Computational Fluid Mechanics Models. Supervisor of Aeroelastic optimization models using ΜSC Flloads.(2015-2016)Principal Investigator. System Design specifications of an underwater structure for hydrate mining/intervention and offshore Blow-out Recovery (MIFIS Project): System Design and structural requirements, Press-Gravitational Buffer Bell Separator proposal and conceptual design. (2014-2015)Technical Chief Engineer and WP manager at Large Stable Deployable Structure for Future Space Science Missions Project (ESA LAGARD)_Phase One: a) Technical coordination of the AML’s Work Package, b) Creating mathematical models for the kinematics and dynamics of the truss structure, c) Designing Testing Procedures for the Truss Verification, d) Performing Structural calculations and Finite Element Analysis for the Testing Equipment, e) Supervising the Kinematic models in MSc ADAMS, f) Supervising the Ground Support Equipment selection. (2012-2014)Project Engineer and assistant Technical Coordinator in Conceptual and Preliminary design of a Future aircraft following the carrier-pod concept Project (FANTASSY), a) Support and Guidance of Consortium members for IPC/EPC Aircraft design b) Aerostructural numerical code development for EPC peroformance, c) EPC-Pod Preliminary weight estimation and Dynamic stability/control analysis, d) EPC-Pod Assembly/Disassembly process and evacuation methods.(2012-2013)Thermostructural Engineer in Innovative smart composite moulds for cost-effective manufacturing of plastic and composite components Project (COEUS-TITAN): Developing a Finite Element Model in MSc NASTRAN/PATRAN for the composite mould’s structural and Thermal Response.

Design, Build and Fly Lightweight Remote Controlled Air vehicles (ATLAS). Air Cargo Challenge (https://en.wikipedia.org/wiki/Air_Cargo_Challenge)-Setting Functional Specifications for Aircraft Develpoment.-Supervising the aerodynamic and structural calculations.-Developing MATLAB numerical code for Aircraft concepts' Dynamic stability for rigid, aeroelastic and aeroservoelasticity response.-Team Instructor in aircraft development processes.-Tutoring young engineers in aerodynamics and structural design (Teams with 8-15 members).-Setting qualilification standards for ground structural tests.-Development and Evaluation of Flight Testing Campaign of ATLAS IIIB, IV,IVB,V,VB prototypes.-Leader of ATLAS 2013 (ACC2013) and ATLAS V Team (ACC 2015).-Senior Member of ATLAS VB Team (ACC2017)

Optimization of a Virtual Formula Student Car using the VI-Grade Software. Duties: a) Race track strategy plan, b) Vehicle Set up, c) Tire engineering, d) Team leader.

• Passive element Ballast Water Treatment (BWT) System design for flow rate 100 m3/h.• Designer of Pulse Electric Ultrasound (PEU) device for lower power consumption and higher efficiency against pathogens.• Principal Investigator of CNT separator/filter (CNT/SF) for heavy metal recovery during waste/mineral water treatment.• WasteCleaner system designer: Upgrade BWT with PEU and CNT/SF devices for waste water treatment.• Day by day team management.

-Training of Aircraft Maintenance Technician students.-Courses on EASA Module 8: Basic Aerodynamics-Courses on EASA Module 11:Turbine Airplane Aerodynamics, structures and systems-EASA Examination on Module 8

Aircraft engineer in Technical Group.- Improve Maintenance Procedures-AH-64 Apache Helicopter’s fuselage Inspector-Writing Technical Documents

(2006-2007) ATLAS I Aircraft Prototype development: Design Chief Engineer Aircraft, Aircraft conceptual and detail analysis, Aircraft stability and control, manufacturing using composite materials. Leader of ATLAS I Team (ACC2007)(2007-2008) HERMES II Solar TeamDuties: Chief Aerodynamicist, Preliminary Aerodynamic design, 2d CFD models, GroundVehicle Dynamics, Writing Technical Documents.(2008-2009) ATLAS II Aircraft Prototype development: Technical Manager, Aircraft stability and control, structural/flight tests. Leader of ATLAS II Team (ACC2009)(2008-2010) Ballast Water Treatment. Hydraulic design and construction of an experimental structure (1 m^3/h) for the ballast water treatment of cargo ships.Duties: High-Pressure Engineer, External Collaborator/Advisor of NAFTOSOL S.A & Deputy ProjectManager. Numerical method for hydraulic calculations in a closed system. Hydraulic losses on hydrocyclone, filters, UV chamber and ultrasonic chamber. Construction of the experimentalstructure. Pressure Test. Writing technical documents(2010-2011) ATLAS III Aircraft Prototype development: Project Consultant and structural/flight tests. Senior Member of ATLAS III Team (ACC2011)(2010-2011) Airbus Fly Your Ideas Challenge, University of Patras Beyond Research Team, Completation of Round 2 of the 2011 Airbus Fly Your Ideas Challenge with the Project: Energy harvest and strorage from aircraft's braking system during landing using SuperCapacitors. Duties: Conceptual design of harvest devices and storage units. Schematics of the electromechanical subsystem, power requirements and mass balance.

-Project FP7-218513: “Autonomous Surveillance in Public transport Infrastructure Systems”(ASPIS)a) Structural analysis of the Electronics box using MSc Nastran/Patran,b) Thermal management of the Electronics box using CFD methods and Experimentalmeasurements.c) Writing Technical Documents

-Enginneering Management of Innovative projects. (Pressure vessels and Solar panels supporting structures)

Project FP6-516360: “Double Inverted Funnel for the Intervention on Ship wrecks” (DIFIS), a) Functional Specifications and Operational requirements of a subsea structure, b) ocean waves global statistics processing in order to estimate the Hydrodynamic loads, c) Structural handmade calculations.

- Maintainance processes on Turbines